noticesgeninfo- steel vessel

RULES FOR BUILDING AND CLASSING

STEEL VESSELS2001

NOTICES ANDGENERAL INFORMATION

American Bureau of ShippingIncorporated by Act of Legislature ofthe State of New York 1862

Copyright 2000American Bureau of ShippingABS Plaza16855 Northchase DriveHouston, TX 77060 USA

ABS RULES FOR BUILDING AND CLASSING STEEL VESSELS 2001 i

Notices and General Information

CONTENTSIntroduction.................................................................................................. 1

TABLE 1 Applicable Editions of Booklets Comprising 2001 Rules............. 3

TABLE 2 Division and Numbering of Rules ................................................ 3

Change Notice (2001) .................................................................................. 4

TABLE 3 Summary of Changes from the 2000 Rules ................................ 4

TABLE 4 Comparison of Numbering System of the 1999 Rules vs.2001 Rules................................................................................... 8

ABS RULES FOR BUILDING AND CLASSING STEEL VESSELS 2001 1


Introduction1. The year 2001 edition of the Rules for Building and Classing Steel Vessels is a complete

reprint of the 2000 edition, consisting of the nine (9) booklets as shown in Table 1. In thisregard, we would bring the following to the users attention:

a) The title of PART 1 has been changed from General Provisions to Conditions ofClassification to more accurately reflect the contents.

b) The purpose of the generic title ABS Rule Requirements for Materials and Weldingof PART 2 is to emphasize the common applicability of the requirements toABS-classed vessels, other marine structures and their associated machinery, andthereby make PART 2 more readily a common PART of various ABS Rules andGuides, as appropriate.

c) For the subject 2001 edition, the Rules for Building and Classing Steel Vessels Part7: Operations and Maintenance was re-titled as the ABS Rule Requirements forSurveys After Construction Part 7. The purpose of this generic title is to reflect theexpanded contents of PART 7, as a result of including consolidated requirements forSurveys After Construction applicable to all types and sizes of vessels, barges andspecific shipboard arrangements/systems, etc., as specified in Part 7, Chapter 1,Section 1.

2. The numbering system applied in the Rules is shown in Table 2. A comparison of the old1999 numbering system versus the 2001 numbering system is shown in Table 4 as a guidemap for users who are familiar with the previous existing Rules. However, excluded is Part 7 ABS Rule Requirements for Survey After Construction because its content has beensignificantly expanded as stated in 1c above.

3. The primary changes from the 2000 edition of the Rules are identified and listed in Table 3.The effective date of the indicated Rule Changes is 1 January 2001, unless specificallyindicated otherwise.

4. The effective date of each technical change since 1993 is shown in parenthesis at the end ofthe subsection/paragraph titles within the text of each Part. Unless a particular date andmonth are shown, (2001) refers to 1 January 2001, (2000) refers to 1 January 2000, (1999)refers to 12 May 1999, (1998) refers to 13 May 1998, (1997) refers to 19 May 1997, (1996)refers to 9 May 1996, (1995) refers to 15 May 1995, (1994) refers to 9 May 1994 and (1993)refers to 11 May 1993 effective dates.

5. In Part 1 Conditions of Classification of the subject Rules, there is introduced an Appendix2 for the users ready reference, which provides a listing of CLASSIFICATION SYMBOLSAND NOTATIONS available to the Owners of vessels, offshore drilling and production unitsand other marine structures and systems.



TABLE 1Applicable Editions of Booklets Comprising 2001 Rules

Notices and General Information 2001

Part 1: Conditions of Classification 2001

Part 2: Materials and Welding 2001

Part 3: Hull Construction and Equipment 2001

Part 4: Vessel Systems and Machinery 2001

Part 5:

(Booklet 1)

Specific Vessel Types

Chapter 1 & 2 Oil Carrier

Chapter 3 & 4 Bulk Carriage

Chapter 5 & 6 Container Carrier

2001

Part 5:

(Booklet 2)

Specific Vessel Types

Chapter 7 Passenger Carrier

Chapter 8 Liquefied Gas Carrier

Chapter 9 Chemical Carrier

Chapter 10 Vehicle Carrier

2001

Part 6: Optional Items and Systems 2001

Part 7: Surveys After Construction 2001

TABLE 2Division and Numbering of Rules

Division NumberPart Part 1Chapter Part 1, Chapter 1Section Section 1-1-1Subsection 1-1-1/1Paragraph 1-1-1/1.1Subparagraph 1-1-1/1.1.1Item 1-1-1/1.1.1(a)Subitem 1-1-1/1.1.1(a)i)Appendix Appendix 1-1-A1

orAppendix 1-A1-1

4 ABS RULES FOR BUILDING AND CLASSING STEEL VESSELS 2001

Change Notice (2001)

TABLE 3Summary of Changes from the 2000 Rules

EFFECTIVE DATE 1 January 2001 (unless otherwise specified)(based on the contract date for construction)

Part/Paragraph No. Title/Subject Status/Remarks

PART 2 Rule Requirements for Materials andWelding

2-1-2/Table 5 Condition of Supply and Frequency ofImpact Tests Ordinary Strength HullStructural Steel

Revised

2-1-3/Table 5 Condition of Supply and Frequency ofImpact Tests Higher-strength HullStructural Steel

Revised

2-2-1/7.9 Proof Tests Revised

2-2-2/21 Marking for Chain Revised

2-2-2/23.13 Break Test Revised

2-2-2/23.13.1 Use of Break Tested Parts New

PART 3 Hull Construction and Equipment

3-2-4/5.1 Solid Floors Revised

3-2-9/9.1 Doors Used While at Sea Revised

3-2-16/9.3.1 Hydraulic Securing Devices Relocated to 4-10-1/7

3-2-16/9.3.2 Remote Control Relocated to 4-10-1/7

3-2-16/9.5 Indication/Monitoring Relocated to 4-10-1/7

3-3-A2/1.3 Applicability Revised

3-5-1/1 General Revised

3-5-1/3 Equipment Mass and Size Revised

3-5-1/7 Anchor Types Revised

PART 4 Vessel Systems and Machinery4-2-1/1.9.2 Engine Systems and Appurtenances Revised

4-2-1/1.9.5 Calculations and Analyses Revised

4-2-1/7.7 Cylinder Overpressure Monitoring Revised

4-3-2/5.7 Key Revised

4-3-2/5.15.2(d) Stern tube oil lubricating system samplingarrangement

New

4-6-4/13.5.7(a) Flash Point Replaced with new text

4-6-5/3.3.6 Piping Between Booster Pump and InjectionPump

Revised

4-6-5/3.3.7(a) Piping Between Injection Pump andInjectors

Revised

4-6-5/3.7.2 Shielding of Fuel Oil Service Piping Revised

4-6-6/5.1.2 Application Revised




4-6-6/5.11.2(a)4-6-6/5.11.2(b)4-6-6/5.11.2(c)

CertificationProtection against condenser overpressureVacuum condensers

Expanded 4-6-6/5.11.2 to4-6-6/5.11.2(a) 4-6-6/5.11.2(c)

4-7-2/1 (table) Number of Fixed Systems, Applicators andExtinguishers Required by 4-7-2/1

New table

4-7-2/1.1.4 Dry Material Revised

4-7-2/5.1 Paint and Flammable Liquid Lockers Revised

4-7-2/5.1.1 Lockers of 4 m2 (43 ft2) or More Floor Areaand Lockers with Access toAccommodation Spaces

Revised

4-7-2/5.1.2 Lockers of Less Than 4 m2 (43 ft2) FloorArea Having No Access to AccommodationSpaces

Revised

4-7-2/5.1.3 Lockers of Less Than 10 m2 (108 ft2) FloorArea

Deleted

4-7-3/Table 4 - notes Equivalent Fire Extinguishers Revised first three notes

4-8-2/11.7.1ii) General Emergency Alarm System Revised

4-8-4/1.9 Services Required to be Operable Under aFire Condition

New

4-8-4/21.17 High Risk Fire Areas Renamed paragraph and dividedinto two subparagraphs

4-8-4/21.17.1 Emergency Feeders New number, revised text

4-8-4/21.17.2 Services Necessary Under a Fire Condition New

Section 4-10-1 Watertight Bulkhead Doors, Shell Doorsand External Doors

New Chapter

PART 5 Specific Vessel Types

5-1-3/Figure 1 Loading Pattern Revised

5-1-3/5.7.2(a) Distribution of Internal Pressures Revised Effective 1 July 2000

5-1-3/5.7.2(c) Simultaneous Internal Pressures Revised Effective 1 July 2000

5-1-3/Table 1 Combined Load Cases Revised

5-1-3/Table 3 note3

Design Pressure for Local and SupportingMembers

Revised Effective 1 July 2000

5-1-3/7.5 Local Loads for Design of SupportingStructures


5-1-3/9.1 Combined Load Cases for StructuralAnalysis

Revised

5-1-3/11.5.1 Nominal Sloshing Pressure Revised Effective 1 July 2000

5-1-4/5.7.1 Tankers with Two Outer LongitudinalBulkheads and a Centerline Swash or Oil-tight Longitudinal Bulkhead


5-1-4/5.7.2 Tankers with Two Outer and Two InnerLongitudinal Bulkheads


5-1-4/13.5 Longitudinals and Vertical/HorizontalStiffeners

Revised

5-1-4/Table 3 Coefficient c for Vertical Web onLongitudinal Bulkheads

Revised




5-1-4/Table 4 Coefficients KU and KL for Vertical Web onLongitudinal Bulkhead

Revised

5-1-7/17.7 Portable Gas Detectors Replaced with new text

5-1-7/17.9 Gas Sampling System Installation Revised

5-1-7/19.5.1 Portable Gas Measuring Detectors Revised

5-1-7/25.33 Portable Detectors Revised

5-3-1/1.5.1 Bulk Carrier Revised

5-3-3/11.1.1 Bottom Slamming Pressure Revised

5-3-4/7.3.2(b) Optional Supplementary Requirements forVessels Intended to Use Grabs

Revised

5-3-4/7.3.2(c) Inner Bottom Plating for Vessels Intendedto Carry Steel Coils

Revised

5-3-4/7.5 Bottom and Inner Bottom Longitudinals Revised

5-3-4/9.1 Side Shell Plating Revised

5-3-4/25.1 General Revised

5-3-4/25.7 Flooded Conditions Revised

5-3-4/25.13 Bulkhead Stool Alignment Revised

5-3-6/13.3.1 Bottom Plating Revised

5-3-6/13.3.2 Bottom Longitudinals and Stiffeners Revised

5-3-A5a/1.1 General Revised

5-3-A5b/1.1 Application Revised

5-3-A5b/3.1 General Revised

5-3-A5c/1.1 Application Revised

5-3-A5c/3.1 General Revised

5-5-6/15.3 Center Girder and Floor Plating Revised

5-5-6/25.3.3 Solid Floors and Side Girders Revised

PART 7 Rule Requirements for Survey AfterConstruction 1

7-3-2/1.1.6 Load Line Revised

7-3-2/5.1.6(b) Engine Room Spaces New

7-3-2/5.11.1(d) Cargo Tank Venting System and Liquid-level Indicators

Revised

7-3-2/5.11.2.(a) Cargo Tanks Revised

7-3-2/5.13.2 Overall Survey Requirements Revised

7-3-2/13.1. General Revised

7-6-2/1.3 Tankers New

7-6-2/3.1.1(f) Compressed Air System New

7-7-1/5 Hydrostatic Testing Revised

Section 7-8-1 Shipboard Automation and Remote-controlSystems Annual Survey

Revised

7-8-1/17-8-1/37-8-1/5

GeneralFire Safety SystemsMachinery Records

RevisedNewNew

7-8-2/3.3 Automatic Controls New




7-8-2/5 Dock Trials Revised

Section 7-9-7 Vapor Emission Control Systems New Section

7-A-6/TM1-BC toTM7-BC

Procedures for Thickness Measurements ofBulk Carriers

Revised tables TM1-BC to TM7-BC

7-A-7/TM1-T toTM6-T

Procedures for Thickness Measurements ofOil Carriers, Ore/Oil Ships and ChemicalCarriers.

Revised tables TM1-T to TM6-T

7-A-9/Report 1 Condition Evaluation Report for BulkCarriers Extract of ThicknessMeasurements

Revised

7-A-9/Report 2 Condition Evaluation Report for OilCarriers and Chemical Carriers ConditionEvaluation Report (second page)

Revised

7-A-9/Report 2 Condition Evaluation Report for OilCarriers and Chemical Carriers Extract ofThickness Measurements

Revised

Note:1 The indicated Section/Paragraph references as shown for PART 7 are those as they appear in the new 2001 edition of the Rule

Requirements for Survey After Construction.



TABLE 4Comparison of Numbering System of the 1999 Rules vs. 2001 Rules

SVR 1999 Title SVR 2001Part 1Section 1

Classification, Testing and SurveysScope and Conditions of Classification

1/1.1 Classification1-1-14-1-1/1.3.1

1/1.1.1 Process 1-1-1/11/1.1.2 Certificates and Reports 1-1-1/31/1.1.2a --- 1-1-1/3.11/1.1.2b --- 1-1-1/3.31/1.1.2c --- 1-1-1/3.51/1.1.3 Representation as to Classification 1-1-1/51/1.1.4 Scope of Classification 1-1-1/71/1.2 Suspension and Cancellation of Class 1-1-21/1.2.1 Termination of Classification 1-1-2/11/1.2.2 Notice of Surveys 1-1-2/31/1.2.3 Special Notations 1-1-2/51/1.2.4 Suspension of Class 1-1-2/71/1.2.4a --- 1-1-2/7.11/1.2.4b --- 1-1-2/7.31/1.2.4c --- 1-1-2/7.51/1.2.4d --- 1-1-2/7.71/1.2.5 Lifting of Suspension 1-1-2/91/1.2.5a --- 1-1-2/9.11/1.2.5b --- 1-1-2/9.31/1.2.5c --- 1-1-2/9.51/1.2.6 Cancellation of Class 1-1-2/111/1.2.6a --- 1-1-2/11.11/1.2.6b --- 1-1-2/11.31/1.2.6c --- 1-1-2/11.51/1.2.7 Alternative Procedure for Certain Types of Vessels 1-1-2/13

1/1.3 Classification Symbols1-1-34-1-1/1.5

1/1.3.1 Unrestricted Service 1-1-3/11/1.3.2 Special Rules 1-1-3/31/1.3.3 Special Purpose Vessels 1-1-3/51/1.3.4 Geographical Limitations 1-1-3/71/1.3.5 Vessels not Built under Survey 1-1-3/91/1.3.6 Equipment Symbol 1-1-3/111/1.3.7 AMS Symbols 1-1-3/131/1.3.8 AMS Symbols 1-1-3/151/1.3.9 Centralized or Automatic Control Systems 1-1-3/171/1.3.10 Dynamic Loading Approach 1-1-3/191/1.3.11 SafeHull Criteria 1-1-3/211/1.3.12 Ice Class 1-1-3/231/1.3.13 PORT Notation 1-1-3/251/1.5 Rules for Classification 1-1-41/1.5.1 Application of Rules 1-1-4/1

1/1.5.2 Alternatives1-1-4/34-1-1/1.7

1/1.5.2a General 1-1-4/3.11/1.5.2b National Regulations 1-1-4/3.31/1.5.2c Other Rules 1-1-4/3.51/1.5.3 Novel Features 1-1-4/51/1.5.4 Effective Date of Rule Change 1-1-4/71/1.5.4a Six Month Rule 1-1-4/7.11/1.5.4b Implementation of Rule Changes 1-1-4/7.31/1.7 Other Regulations 1-1-51/1.7.1 General 1-1-5/11/1.7.2 International Conventions or Codes 1-1-5/31/1.7.3 Governmental Regulations 1-1-5/5



SVR 1999 Title SVR 20011/1.8 IACS Audit 1-1-61/1.9 Submission of Plans 1-1-71/1.9.1 Hull Plans 1-1-7/11/1.9.2 Machinery Plans 1-1-7/31/1.9.3 Additional Plans 1-1-7/51/1.11 Conditions for Surveys After Construction 1-1-81/1.11.1 Damage, Failure and Repair 1-1-8/11/1.11.1a Examination and Repair 1-1-8/1.11/1.11.1b Repairs 1-1-8/1.31/1.11.1c Representation 1-1-8/1.5(c)1/1.11.2 Notification and Availability for Survey 1-1-8/31/1.11.3 Attendance at Port State Request 1-1-8/51/1.13 Fees 1-1-91/1.15 Disagreement 1-1-101/1.15.1 Rules 1-1-10/15.11/1.15.2 Surveyors 1-1-10/15.2

1/1.17 Limitation of Liability1-1-114-1-1/1.9.2

Part 1Section 2

Classification, Testing and SurveysTesting and Trials During Construction Hull

1/2.1 Tank, Bulkhead and Rudder Tightness Testing 3-7-11/2.1.1 General 3-7-1/11/2.1.1a Application 3-7-1/1.11/2.1.1a1 Gravity Tank 3-7-1/1.1.11/2.1.1a2 Watertight Boundaries Other Than Tank Boundaries 3-7-1/1.1.21/2.1.1a3 Weathertight Boundaries 3-7-1/1.1.31/2.1.1b Definitions 3-7-1/1.31/2.1.1b1 Structural Testing 3-7-1/1.3.11/2.1.1b2 Air Testing 3-7-1/1.3.21/2.1.1b3 Hose Testing 3-7-1/1.3.31/2.1.1b4 Hydropneumatic Testing 3-7-1/1.3.41/2.1.1b5 Hydrostatic Testing 3-7-1/1.3.51/2.1.2 Test Procedures 3-7-1/31/2.1.2a General 3-7-1/3.11/2.1.2b Structural Testing 3-7-1/3.31/2.1.2c Air Testing 3-7-1/3.51/2.1.2d Hose Testing 3-7-1/3.71/2.1.3 Details of Testing 3-7-1/51/2.1.3a Hydrostatic testing 3-7-1/5.11/2.1.3b Hydropneumatic Testing 3-7-1/5.31/2.1.3c Air Testing 3-7-1/5.51/2.1.3d Hose Testing 3-7-1/5.71/2.1.3e Other Methods of Testing 3-7-1/5.91/2.1.4 Application of Coating 3-7-1/71/2.1.4a Final Coating 3-7-1/7.11/2.1.4a1 Structural testing 3-7-1/7.1.11/2.1.4a2 Air Testing 3-7-1/7.1.21/2.1.4a3 Hose Testing 3-7-1/7.1.31/2.1.4b Temporary Coating 3-7-1/7.31/2.2 --- ---

1/2.3Anchor Windlass TrialsOn-board tests

3-7-2/14-5-1/9

1/2.4 Bilge System Trials 3-7-2/31/2.5 Steering Trials 3-7-2/51/2.6 Construction Welding and Fabrication 3-7-3/11/2.7 Hull Casting and Forgings 3-7-3/31/2.8 Hull Piping 3-7-3/5Table 1/2.1 Testing Requirements for Tanks and Boundaries 3-7-1/Table 1Table 1/2.2 Additional Testing Requirements for Vessels or Tanks of Special Service 3-7-1/Table 2




Classification, Testing and SurveysSurveys After Construction

1/3

The requirements for Survey After Construction in Section 1/3 and associatedAppendices in Part 1 of the 1999 edition of the Steel Vessel Rules were relocated to anew Part 7 of the 2000 Steel Vessel Rules. For the 2001 edition, Part 7 wasgenerically re-titled as the ABS Rule Requirements for Survey After Construction tomore accurately reflect its expanded contents which now include consolidatedrequirements applicable to all types and sizes of vessels, barges and specificshipboard arrangements/systems, etc., as specified in Part 7, Chapter 1, Section 1.

New GenericPart 7

Part 1Appendix 1A

Classification, Testing and SurveysLoad Line Marks

1/A Load Line Marks 1-1-A1




Rules and Regulations for Materials and WeldingMaterials for Hull Construction and Equipment

2/1.1 General Requirements 2-1-12/1.1.1 Testing and Inspection 2-1-1/12/1.1.1al General 2-1-1/1.12/1.1.1b Test and Test Data 2-1-1/1.32/1.1.1b1 Witnessed Tests 2-1-1/1.3.12/1.1.1b2 Manufacturer's Data 2-1-1/1.3.22/1.1.1b3 Other Tests 2-1-1/1.3

2/1.1.1cCertification on the Basis of the ABS Quality Assurance Program for RolledProducts

2-1-1/1.5

2/1.1.1d Rejection of Previously Accepted Material 2-1-1/1.72/1.1.1e Calibrated Testing Machines 2-1-1/1.92/1.1.1f Structural Pipe 2-1-1/1.112/1.1.1g ASTM References 2-1-1/1.132/1.1.2 Defects 2-1-1/32/1.1.3 Identification of Materials 2-1-1/52/1.1.4 Manufacturers Certificates 2-1-1/72/1.1.4a Form of Certificate 2-1-1/7.12/1.1.4b Other Certificates 2-1-1/7.32/1.1.5 Marking and Retests 2-1-1/92/1.1.5a Identification of Specimens 2-1-1/9.12/1.1.5b Defects in Specimens 2-1-1/9.32/1.1.5c Retests 2-1-1/9.52/1.1.5d Rejected Material 2-1-1/9.72/1.1.6 Standard Test Specimens 2-1-1/112/1.1.6a General 2-1-1/11.12/1.1.6b Test Specimens Orientation 2-1-1/11.32/1.1.6c Tension Test Specimens, Plates and Shapes 2-1-1/11.52/1.1.6c1 Flat Specimens 2-1-1/11.5.12/1.1.6c2 Round Specimens 2-1-1/11.5.22/1.1.6d Tension Test Specimens, Castings and Forgings 2-1-1/11.72/1.1.6e Bend Test Specimens, Casting and Forgings 2-1-1/11.92/1.1.6f Impact Test Specimens 2-1-1/11.112/1.1.6g Tolerances 2-1-1/11.132/1.1.7 Definition and Determination of Yield Point and Yield Strength 2-1-1/132/1.1.7a Yield Point 2-1-1/13.12/1.1.7b Yield Strength 2-1-1/13.32/1.1.8 Permissible Variations in Dimensions 2-1-1/152/1.1.8a Scope 2-1-1/15.12/1.1.8b Plates 2-1-1/15.32/1.1.8c Shapes and Bars 2-1-1/15.52/1.1.9 Through Thickness Properties 2-1-1/172/1.1.9a Sampling 2-1-1/17.12/1.1.9a1 Plates 2-1-1/17.1.12/1.1.9a2 Wide Flats 2-1-1/17.1.22/1.1.9b Test Specimens 2-1-1/17.32/1.1.9c Test Results 2-1-1/17.52/1.1.9d Retest 2-1-1/17.72/1.1.9e Ultrasonic Inspection 2-1-1/17.92/1.1.9f Marking 2-1-1/17.112/1.1.10 Formed Materials 2-1-1/192/1.1.11 Ultrasonic Examination of Plate Material 2-1-1/212/1.1.12 Supplementary Requirements 2-1-1/23

2/1.3 Ordinary-strength Hull Structural Steel2-1-22-1-2/1

2/1.3.1 Process of Manufacture 2-1-2/32/1.3.1a Plates Produced from Coils 2-1-2/3.12/1.3.2 Chemical Composition 2-1-2/52/1.3.2a Ladle Analysis 2-1-2/5.12/1.3.2b Product Analysis 2-1-2/5.32/1.3.2c Special Compositions 2-1-2/5.52/1.3.2d Fine Grain Practice 2-1-2/5.7



SVR 1999 Title SVR 20012/1.3.2d1 --- 2-1-2/5.7.12/1.3.2d2 --- 2-1-2/5.7.22/1.3.3 Condition of Supply 2-1-2/72/1.3.3a Heat Treatment 2-1-2/7.12/1.3.3a1 Normalizing Heat Treatment 2-1-2/7.1.12/1.3.3a2 Special Heat Treatment 2-1-2/7.1.22/1.3.3b Controlled Manufacturing Process 2-1-2/7.32/1.3.3b1 Controlled Rolling 2-1-2/7.3.12/1.3.3b2 Thermo-mechanical Controlled Processing 2-1-2/7.3.22/1.3.4 Tensile Properties 2-1-2/92/1.3.4a Required Tensile Properties 2-1-2/9.12/1.3.4b Tension Test Specimens 2-1-2/9.32/1.3.4c Exceptions 2-1-2/9.52/1.3.4d Elongation Deduction for Material Under 7.9 mm (0.313 in.) Thick 2-1-2/9.72/1.3.4e Omission of Elongation Requirements 2-1-2/9.92/1.3.4f Retests 2-1-2/9.112/1.3.4g Unsatisfactory Tests 2-1-2/9.132/1.3.5 Impact Properties 2-1-2/112/1.3.5a Impact Tests 2-1-2/11.12/1.3.5b Impact Test Frequency 2-1-2/11.32/1.3.5c Initial Test Requirements 2-1-2/11.52/1.3.5d Retests 2-1-2/11.72/1.3.5e Unsatisfactory Tests 2-1-2/11.92/1.3.5f Thin Plates 2-1-2/11.112/1.3.6 Marking 2-1-2/132/1.3.6a Stamped or Stenciled Material 2-1-2/13.12/1.3.6b Coils, Lifts and Bundles 2-1-2/13.32/1.3.6c Flanging-quality Identification 2-1-2/13.52/1.3.6d Special Stamping and Marking 2-1-2/13.72/1.3.6e Special Impact Testing 2-1-2/13.92/1.3.6f Steel with Improved Through Thickness Properties 2-1-2/13.112/1.3.6g Steel with Ultrasonic Examination 2-1-2/13.132/1.3.6h Shipping Procedure 2-1-2/13.152/1.3.6i Steel at Secondary Sources 2-1-2/13.172/1.3.7 Surface Finish 2-1-2/152/1.3.7a Surface Inspection 2-1-2/15.12/1.3.7b Treatment of Surface Defects Plates 2-1-2/15.32/1.3.7b1 Extent of Weld Repaired Area 2-1-2/15.3.12/1.3.7b2 Minimum Thickness before Weld Repairs 2-1-2/15.3.22/1.3.7b3 Inspection Before Weld Repairs 2-1-2/15.3.32/1.3.7b4 Repair-welding Quality 2-1-2/15.3.42/1.3.7c Treatment of Surface Defects Shapes 2-1-2/15.52/1.3.7c1 Chipping and Grinding Material under 9.5 mm (0.375 in.) in Thickness 2-1-2/15.5.12/1.3.7c2 Chipping and Grinding Material 9.5 mm (0.375 in.) and over in Thickness 2-1-2/15.5.22/1.3.7c3 Welding Repairs 2-1-2/15.5.32/1.3.7c3a --- 2-1-2/15.5.3(a)2/1.3.7c3b --- 2-1-2/15.5.3(b)2/1.3.7c3c --- 2-1-2/15.5.3(c)2/1.3.7c3d --- 2-1-2/15.5.3(d)2/1.3.7d Bar-stock Repairs 2-1-2/15.72/1.3.8 Rivet Steel and Rivets 2-1-2/15.9

2/1.5 Higher-strength Hull Structural Steel2-1-32-1-3/1

2/1.5.1 General 2-1-3/32/1.5.2 Fine Grain Practice 2-1-3/52/1.5.3 Additional Requirements of TMCP Steel 2-1-3/72/1.5.3a Carbon Equivalent 2-1-3/7.12/1.5.3b Cold Cracking Susceptibility 2-1-3/7.32/1.6 Lower Temperature Materials 2-1-42/1.6.1 General 2-1-4/12/1.6.2 Marking 2-1-4/32/1.6.3 Toughness Tests 2-1-4/52/1.6.3a Charpy V-notch 2-1-4/5.1



SVR 1999 Title SVR 20012/1.6.3b Drop-weight Test 2-1-4/5.32/1.6.4 Service Temperature 0C (32F) or Above 2-1-4/72/1.6.5 Service Temperature at or above -55C (-67F) up to 0C (32F) 2-1-4/92/1.6.6 Service Temperature at or Above -196C (-320F) up to -55C (-67F) 2-1-4/112/1.6.7 Service Temperatures below -196C (-320F) 2-1-4/132/1.7 Hull Steel Castings 2-1-52/1.7.1 Process of Manufacture 2-1-5/12/1.7.2 Marking and Retests 2-1-5/32/1.7.2a Marking 2-1-5/3.12/1.7.2b Retests 2-1-5/3.32/1.7.3 Heat Treatment 2-1-5/52/1.7.4 Tensile Properties 2-1-5/72/1.7.5 Test Specimens 2-1-5/92/1.7.5a Material Coupons 2-1-5/9.12/1.7.5b Separately Cast Coupons 2-1-5/9.32/1.7.6 Number of Tests 2-1-5/112/1.7.7 Inspection and Repair 2-1-5/132/1.7.7a General 2-1-5/13.12/1.7.7b Minor Defects 2-1-5/13.32/1.7.7c Major Defects 2-1-5/13.52/1.7.7d Welded Repair 2-1-5/13.72/1.7.7e Post Weld Repair Heat Treatment 2-1-5/13.92/1.7.7f Nondestructive Testing 2-1-5/13.112/1.9 Hull Steel Forgings 2-1-62/1.9.1 Process of Manufacture 2-1-6/12/1.9.1a General 2-1-6/1.12/1.9.1b Degree of Reduction 2-1-6/1.32/1.9.1c Discard 2-1-6/1.52/1.9.1d Chemical Composition 2-1-6/1.72/1.9.2 Marking and Retests 2-1-6/32/1.9.2a Marking 2-1-6/3.12/1.9.2b Retests 2-1-6/3.32/1.9.3 Heat Treatment 2-1-6/52/1.9.3a General 2-1-6/5.12/1.9.3b Cooling Prior to Heat Treatment 2-1-6/5.32/1.9.3c Annealing 2-1-6/5.52/1.9.3d Normalizing 2-1-6/5.72/1.9.3e Tempering 2-1-6/5.92/1.9.4 Physical Properties 2-1-62/1.9.4a Tensile Properties 2-1-6/72/1.9.5 Test Specimens 2-1-6/92/1.9.5a Location and Orientation of Specimens 2-1-6/9.12/1.9.5b Hollow-drilled Specimens 2-1-6/9.32/1.9.5c Small Forgings 2-1-6/9.52/1.9.5d Specimen Identification 2-1-6/9.72/1.9.6 Number of Tests 2-1-6/112/1.9.6a Tension Test 2-1-6/11.12/1.9.6a1 Large Forgings 2-1-6/11.1.12/1.9.6a2 Intermediate-sized Forgings 2-1-6/11.1.22/1.9.6a3 Small Forgings 2-1-6/11.1.32/1.9.6b Brinell Hardness Test 2-1-6/11.32/1.9.6c Special Situations 2-1-6/11.52/1.9.7 Inspection 2-1-6/11.72/1.11 Anchors 2-2-12/1.11.1 Process of Manufacture 2-2-1/12/1.11.2 Annealing 2-2-1/32/1.11.3 Testing and Inspection 2-2-1/52/1.11.3a Calibrated Testing Machines 2-2-1/5.12/1.11.3b Test Coupons 2-2-1/5.32/1.11.4 Details of Tests for Anchors 2-2-1/72/1.11.4a Bend Tests 2-2-1/7.12/1.11.4b Drop Tests 2-2-1/7.32/1.11.4c Hammering Tests 2-2-1/7.5



SVR 1999 Title SVR 20012/1.11.4d Fabricated Steel Anchors 2-2-1/7.72/1.11.4e Proof Tests 2-2-1/7.92/1.11.5 Marking for Anchors 2-2-1/92/1.11.5a Kind of Markings 2-2-1/9.12/1.11.5b Provisions for Marks 2-2-1/9.32/1.13 Anchor Chain 2-2-22/1.13.1 Scope 2-2-2/12/1.13.2 General 2-2-2/32/1.13.3 Specially Approved Chain 2-2-2/52/1.13.4 Qualification of Manufacturers 2-2-2/72/1.13.4a General 2-2-2/7.12/1.13.4b Locking Pins in Accessories 2-2-2/7.32/1.13.4c Stud Attachment 2-2-2/7.52/1.13.5 Chain Dimensions and Tolerances 2-2-2/92/1.13.5a Shape 2-2-2/9.12/1.13.5b Dimensions 2-2-2/9.32/1.13.5c Tolerances 2-2-2/9.52/1.13.5d Length Over Five Links 2-2-2/9.72/1.13.6 Material for Chain 2-2-2/112/1.13.6a Process of Steel Manufacture and Deoxidation 2-2-2/11.12/1.13.6b Chemical Composition 2-2-2/11.32/1.13.7 Material Testing 2-2-2/132/1.13.7a Heat Treatment of Test Specimens 2-2-2/13.12/1.13.7b Number of Tests 2-2-2/13.32/1.13.7c Tension Test Specimens 2-2-2/13.52/1.13.7d Bend Test Specimens 2-2-2/13.72/1.13.7e Impact Test Specimens 2-2-2/13.92/1.13.7f Additional Tests before Rejection 2-2-2/13.112/1.13.7g Manufacturers Option 2-2-2/13.132/1.13.8 Heat Treatment of Chain Lengths 2-2-2/152/1.13.8a Flash Butt-welded Chain 2-2-2/15.12/1.13.8b Drop-forged, Cast-steel and Extra-high-strength Chain 2-2-2/15.32/1.13.8c Sequence of Heat Treatment 2-2-2/15.52/1.13.9 Testing and Inspection of Chain Lengths 2-2-2/172/1.13.9a General 2-2-2/17.12/1.13.9b Chain Identification 2-2-2/17.32/1.13.9c Testing Precautions 2-2-2/17.52/1.13.9d Weighing of Tested Chain 2-2-2/17.72/1.13.9e Testing of Used Chain 2-2-2/17.92/1.13.10 Details of Tests on Chain Lengths 2-2-2/192/1.13.10a Breaking Test 2-2-2/19.12/1.13.10b Proof Test 2-2-2/19.32/1.13.10c Mechanical Tests on Completed Chain 2-2-2/19.52/1.13.10d Mechanical and Breaking Tests on Chain Produced in Long Continuous Lengths 2-2-2/19.72/1.13.11 Marking for Chain 2-2-2/212/1.13.12 Anchor Chain Accessories 2-2-2/232/1.13.12a Dimensions and Dimensional Tolerances 2-2-2/23.12/1.13.12b Material Testing 2-2-2/23.32/1.13.12c Cast Accessories 2-2-2/23.52/1.13.12d Forged Accessories 2-2-2/23.72/1.13.12e Inspection 2-2-2/23.92/1.13.12f Hardness Test 2-2-2/23.112/1.13.12g Break Test 2-2-2/23.132/1.13.12h Proof Tests 2-2-2/23.152/1.13.12i Markings 2-2-2/23.172/1.15 Unstudded Short-link Chain 2-2-2/252/1.15.1 General 2-2-2/25.12/1.15.2 Testing 2-2-2/25.32/1.15.3 Marking 2-2-2/25.5

Table 2/1.1-1Chemical Properties of Ordinary Strength Hull Structural Steel 100 mm (4.0 in.) andUnder

2-1-2/Table 1

Table 2/1.1-2Tensile Properties of Ordinary Strength Hull Structural Steel 100 mm (4.0 in.) andUnder

2-1-2/Table 2



SVR 1999 Title SVR 2001Table 2/1.1-3 Elongation Requirements for Alternative B Specimen 2-1-2/Table 3

Table 2/1.1-4Impact Properties of Ordinary Strength Hull Structural Steel 100 mm (4.0 in.) andUnder

2-1-2/Table 4

Table 2/1.1Condition of Supply and Frequency of Impact Tests Ordinary Strength HullStructural Steel

2-1-2/Table 5

Table 2/1.2-1Chemical Properties of Higher-Strength Hull Structural Steel 100 mm (4.0 in.) andUnder

2-1-3/Table 1

Table 2/1.2-2Tensile Properties of Higher-Strength Hull Structural Steel 100 mm (4.0 in.) andUnder

2-1-3/Table 2

Table 2/1.2-3 Elongation Requirements for Alternative B Specimen 2-1-3/Table 3

Table 2/1.2-4Impact Properties of Higher-Strength Hull Structural Steel 100 mm (4.0 in.) andUnder

2-1-3/Table 4

Table 2/1.2Condition of Supply and Frequency of Impact Tests Higher-Strength Hull StructuralSteel

2-1-3/Table 5

Table 2/1.3Carbon Equivalent for Higher-Strength Hull Structural Steel 100 mm (4.0 in.) andUnder Produced by TMCP

2-1-3/Table 6

Table 2/1.7 Proof Tests for Anchors 2-2-1/Table 1Table 2/1.8 Chain Materials Mechanical Properties 2-2-2/Table 1New (2000) Rolled Bar for Chain Chemical Composition and Heat Treatment 2-2-3/Table 1New (2000) Rolled Bar for Chain Dimensional Tolerances 2-2-3/Table 2Table 2/1.9 Stud-link Anchor Chain Proof and Break Tests 2-2-2/Table 2Table 2/1.10 Unstudded Short-link Chain 2-2-2/Table 3Figure 2/1.1 Standard Tension Test Specimen 2-1-1/Figure 1Figure 2/1.3 Charpy V-notch Impact Test Specimens 2-1-1/Figure 2Figure 2/1.4 Proof Load Application 2-2-1/Figure 1Figure 2/1.5 Stockless Anchor 2-2-1/Figure 2Figure 2/1.6 Location and Orientation of Test Specimens 2-2-2/Figure 1Figure 2/1.7 Marking for Chain 2-2-2/Figure 2Part 2Section 2

Rules and Regulations for Materials and WeldingMaterials for Machinery, Boilers, Pressure Vessels and Piping

2/2.1 General Requirements 2-3-12/2.1.1 Testing and Inspection 2-3-1/12/2.1.1a General 2-3-1/1.12/2.1.1b Test and Test Data 2-3-1/1.32/2.1.1b1 Witnessed Tests 2-3-1/1.3.12/2.1.1b2 Manufacturers Data 2-3-1/1.3.22/2.1.1b3 Other Tests 2-3-1/1.3.32/2.1.1c Rejection of Previously Accepted Material 2-3-1/1.52/2.1.1d Calibrated Testing Machines 2-3-1/1.72/2.1.1e ASTM References 2-3-1/1.92/2.1.2 Defects 2-3-1/32/2.1.3 Identification of Materials 2-3-1/52/2.1.4 Manufacturers Certificates 2-3-1/72/2.1.4a Form of Certificate 2-3-1/7.12/2.1.4b Other Certificates 2-3-1/7.32/2.1.5 Marking And Retests 2-3-1/92/2.1.5a Identification of Test Specimens 2-3-1/9.12/2.1.5b Defects in Specimens 2-3-1/9.32/2.1.5c Retests 2-3-1/9.52/2.1.5d Rejected Material 2-3-1/9.72/2.1.6 Standard Test Specimens 2-3-1/112/2.1.6a General 2-3-1/11.12/2.1.6b Test Specimens 2-3-1/11.32/2.1.6c Tension Test Specimens for Plates and Shapes 2-3-1/11.52/2.1.6d Tension Test Specimens for Castings (Other than Iron) and Forgings 2-3-1/11.72/2.1.6e Tension Test Specimens (for Cast Iron) 2-3-1/11.92/2.1.6f Transverse or Flexure Test Specimens for Cast Iron 2-3-1/11.112/2.1.6g Bend Test Specimens for Steel Castings and Forgings 2-3-1/11.132/2.1.7 Definition and Determination of Yield Point And Yield Strength 2-3-1/132/2.1.7a Yield Point 2-3-1/13.12/2.1.7b Yield Strength 2-3-1/13.32/2.1.8 Permissible Variations in Dimensions 2-3-1/152/2.1.8a Scope 2-3-1/15.1



SVR 1999 Title SVR 20012/2.1.8b Plates 2-3-1/15.3

2/2.3Steel Plates for Machinery, Boilers and Pressure Vessels General Requirements forAll Grades of Steel Plates for Machinery, Boilers, and Pressure Vessels

2-3-22-3-2/1

2/2.3.1 General 2-3-2/1.12/2.3.1a Inspection at Mills 2-3-2/1.1.12/2.3.1b Alloy Steels or Special Carbon Steels 2-3-2/1.1.22/2.3.2 Marking 2-3-2/1.32/2.3.2a Plates and Test Specimens 2-3-2/1.3.12/2.3.2b Heat-treatment Marking 2-3-2/1.3.22/2.3.2c Bureau Markings 2-3-2/1.3.32/2.3.2d Thin Plates 2-3-2/1.3.42/2.3.2e Special Impact Testing 2-3-2/1.3.52/2.3.3 Process of Manufacture 2-3-2/1.52/2.3.3a Plates Produced from Coils 2-3-2/1.5.12/2.3.4 Chemical Composition 2-3-2/1.72/2.3.4a Ladle Analysis 2-3-2/1.7.12/2.3.4b Check Analysis 2-3-2/1.7.22/2.3.6 Test Specimens 2-3-2/1.92/2.3.6a Selection of Specimens 2-3-2/1.9.12/2.3.6b Specimens from Plates 19 mm (0.75 in.) and Under in Thickness 2-3-2/1.9.22/2.3.6c Specimens from Plates Over 19 mm (0.75 in.) Thickness 2-3-2/1.9.32/2.3.6d Stress Relieving 2-3-2/1.9.42/2.3.7 Tensile Properties 2-3-2/1.112/2.3.7a Tensile Requirements 2-3-2/1.11.12/2.3.7b Elongation Deduction for Material Under 7.9 mm (0.313 in.) Thick 2-3-2/1.11.22/2.3.7c Elongation Deduction for Material Over 88.9 mm (3.50 in.) Thick 2-3-2/1.11.32/2.3.8 Retests 2-3-2/1.132/2.3.8a For All Thicknesses 2-3-2/1.13.12/2.3.8b For Heat-treated Material 2-3-2/1.13.22/2.3.9 Thickness Variation 2-3-2/1.152/2.3.10 Finish 2-3-2/1.172/2.3.11 Weldability 2-3-2/1.192/2.5 Steel Plates for Intermediate-temperature Service 2-3-2/32/2.5.1 Scope 2-3-2/3.12/2.5.2 General 2-3-2/3.32/2.5.3 Chemical Composition 2-3-2/3.52/2.5.4 Specimen Preparation 2-3-2/3.72/2.5.5 Tensile Properties 2-3-2/3.92/2.7 Steel Plates for Intermediate- and Higher-temperature Service 2-3-2/52/2.7.1 Scope 2-3-2/5.12/2.7.2 General 2-3-2/5.32/2.7.3 Heat Treatment 2-3-2/5.52/2.7.3a Treatment 2-3-2/5.5.12/2.7.3b Heat-treatment Instructions on Orders 2-3-2/5.5.22/2.7.3c Responsibility for Heat Treatment 2-3-2/5.5.32/2.7.4 Chemical Composition 2-3-2/5.72/2.7.5 Test Specimens 2-3-2/5.92/2.7.5a Plates Not Requiring Heat Treatment 2-3-2/5.9.12/2.7.5b Plates Requiring Heat Treatment 2-3-2/5.9.22/2.7.6 Tensile Properties 2-3-2/5.112/2.9 Steel Plates for Intermediate- and Lower-temperature Service 2-3-2/72/2.9.1 Scope 2-3-2/7.12/2.9.2 General 2-3-2/7.32/2.9.3 Heat Treatment 2-3-2/7.52/2.9.3a Grain Refinement 2-3-2/7.5.12/2.9.3b Heat-treatment Instructions on Orders 2-3-2/7.5.22/2.9.3c Responsibility for Heat Treatment 2-3-2/7.5.32/2.9.4 Chemical Composition 2-3-2/7.72/2.9.5 Test Specimens 2-3-2/7.92/2.9.5a Plates 38.1 mm (1.5 in.) and Under in Thickness 2-3-2/7.9.12/2.9.5b Plates Requiring Heat Treatment 2-3-2/7.9.22/2.9.6 Tensile Properties 2-3-2/7.112/2.10 Materials for Low Temperature Service [Below -18C (0F)] 2-3-2/9



SVR 1999 Title SVR 20012/2.11 Seamless Forged-steel Drums 2-3-32/2.11.1 Tests and Inspections 2-3-3/12/2.11.2 Heat Treatment 2-3-3/32/2.13 Seamless-steel Pressure Vessels 2-3-42/2.13.1 General 2-3-4/12/2.13.2 Tension Test 2-3-4/32/2.13.3 Flattening Test 2-3-4/52/2.13.4 Hydrostatic Test 2-3-4/72/2.13.5 Inspection 2-3-4/92/2.13.6 Marking 2-3-4/112/2.15 Boiler and Superheater Tubes 2-3-52/2.15.1 Scope 2-3-5/12/2.15.2 General 2-3-5/32/2.15.2a Grades D and F 2-3-5/3.12/2.15.2b Grade G 2-3-5/3.32/2.15.2c Grade H 2-3-5/3.52/2.15.2d Grade J 2-3-5/3.72/2.15.2e Grades K, L and M 2-3-5/3.92/2.15.2f Grades N, O and P 2-3-5/3.112/2.15.2g Grades R and S 2-3-5/3.132/2.15.2h ASTM Designation 2-3-5/3.152/2.15.3 Process of Manufacture 2-3-5/52/2.15.3a Grades D, F, and G 2-3-5/5.12/2.15.3b Grades H, J, K, L, and M 2-3-5/5.32/2.15.3c Grades N, O, and P 2-3-5/5.52/2.15.3d Grades R and S 2-3-5/5.72/2.15.4 Marking 2-3-5/72/2.15.5 Chemical Composition Ladle Analysis 2-3-5/92/2.15.6 Check Analysis 2-3-5/112/2.15.6a General 2-3-5/11.12/2.15.6b Samples 2-3-5/11.32/2.15.6c Grades D, F, G, and H 2-3-5/11.52/2.15.6d Grades J, K, L, M, N, O, P, R and S 2-3-5/11.72/2.15.6e Retests for Seamless Tubes 2-3-5/11.92/2.15.6f Retests for Electric-resistance-welded Tubes 2-3-5/11.112/2.15.7 Mechanical Tests Required 2-3-5/132/2.15.8 Test Specimens 2-3-5/152/2.15.8a Selection of Specimens 2-3-5/15.12/2.15.8b Tension Test Specimens 2-3-5/15.32/2.15.8c Testing Temperature 2-3-5/15.52/2.15.9 Tensile Properties 2-3-5/172/2.15.10 Flattening Test 2-3-5/192/2.15.10a Seamless and Electric-resistance-welded Tubes 2-3-5/19.12/2.15.10b Electric-resistance-welded Tubes 2-3-5/19.32/2.15.11 Reverse Flattening Test 2-3-5/212/2.15.12 Flange Test 2-3-5/232/2.15.13 Flaring Test 2-3-5/252/2.15.14 Crush Test 2-3-5/272/2.15.15 Hardness Tests 2-3-5/292/2.15.15a Type of Test 2-3-5/29.12/2.15.15b Brinell Hardness Test 2-3-5/29.32/2.15.15c Rockwell Hardness Test 2-3-5/29.52/2.15.15d Tubes with Formed Ends 2-3-5/29.72/2.15.15e Maximum Permissible Hardness 2-3-5/29.92/2.15.16 Hydrostatic Test 2-3-5/312/2.15.16a General 2-3-5/31.12/2.15.16b Maximum Hydrostatic Test Pressure 2-3-5/31.32/2.15.16c Duration of Test 2-3-5/31.52/2.15.16d Alternate Tests 2-3-5/31.72/2.15.16e Rejection 2-3-5/31.92/2.15.17 Nondestructive Electric Test (NDET) 2-3-5/332/2.15.17a General 2-3-5/33.1



SVR 1999 Title SVR 2001

2/2.15.17bUltrasonic Calibration StandardsEddy-Current Calibration Standards

2-3-5/33.32-3-5/33.5

2/2.15.17c1 Drilled Hole 2-3-5/33.5.12/2.15.17c2 Transverse Tangential Notch 2-3-5/33.5.22/2.15.17c3 Longitudinal Notch 2-3-5/33.5.32/2.15.17d Flux Leakage Calibration Standards 2-3-5/33.72/2.15.17e Rejection 2-3-5/33.92/2.15.17f Affidavits 2-3-5/33.112/2.15.18 Retests 2-3-5/352/2.15.19 Finish 2-3-5/372/2.15.20 Permissible Variations in Dimensions 2-3-5/392/2.15.20a Wall Thickness 2-3-5/39.12/2.15.20b Outside Diameter 2-3-5/39.32/2.17 Boiler Rivet and Staybolt Steel and Rivets 2-3-62/2.17.1 Process of Manufacture 2-3-6/12/2.17.2 Marking and Retests 2-3-6/32/2.17.2a Manufacturers Markings 2-3-6/3.12/2.17.2b Bureau Markings 2-3-6/3.32/2.17.2c Retests 2-3-6/3.52/2.17.3 Tensile Properties 2-3-6/52/2.17.4 Bending Properties 2-3-6/72/2.17.5 Test Specimens 2-3-6/92/2.17.6 Number of Tests 2-3-6/112/2.17.7 Tests of Finished Rivets 2-3-6/132/2.17.7a Bending Properties 2-3-6/13.12/2.17.7b Flattening Tests 2-3-6/13.32/2.17.7c Number of Tests 2-3-6/13.52/2.19 Steel Machinery Forgings 2-3-72/2.19.1 Process of Manufacture 2-3-7/12/2.19.1a General 2-3-7/1.12/2.19.1b Chemical Composition 2-3-7/1.32/2.19.2 Marking and Retests 2-3-7/32/2.19.2a Marking 2-3-7/3.12/2.19.2b Retests 2-3-7/3.32/2.19.3 Heat Treatment 2-3-7/52/2.19.3a General 2-3-7/5.12/2.19.3b Cooling Prior to Heat Treatment 2-3-7/5.32/2.19.3c Annealing 2-3-7/5.52/2.19.3d Normalizing 2-3-7/5.72/2.19.3e Tempering 2-3-7/5.92/2.19.4 Tensile Properties 2-3-7/72/2.19.4a Carbon-steel Forgings 2-3-7/7.12/2.19.4b Alloy or Special Carbon Steels 2-3-7/7.32/2.19.5 Test Specimens 2-3-7/92/2.19.5a Location and Orientation of Specimens 2-3-7/9.12/2.19.5b Hollow-drilled Specimens 2-3-7/9.32/2.19.5c Small Forgings 2-3-7/9.52/2.19.5d Identification of Specimens 2-3-7/9.72/2.19.6 Number and Location of Tests 2-3-7/112/2.19.6a Tension Test 2-3-7/11.12/2.19.6a1 Large Forgings 2-3-7/11.1.12/2.19.6a2 Intermediate-Sized Forgings 2-3-7/11.1.22/2.19.6a3 Small Forgings 2-3-7/11.1.32/2.19.6a4 Reduction Gear Ring Forgings 2-3-7/11.1.42/2.19.6a5 Reduction Gear Pinion and Gear Forgings 2-3-7/11.1.52/2.19.6a6 Reduction Gear Shaft Forgings 2-3-7/11.1.62/2.19.6b Hardness Tests 2-3-7/11.32/2.19.6b1 Large, Intermediate and Small Sized Forgings 2-3-7/11.3.12/2.19.6b2 Reduction Gear Ring Forgings 2-3-7/11.3.22/2.19.6b3 Reduction Gear Pinion and Gear Forgings 2-3-7/11.3.32/2.19.7 Inspection 2-3-7/132/2.19.7a Surface Inspection of Tail Shaft Forgings 2-3-7/13.12/2.19.7b Ultrasonic Examination of Tail Shaft Forgings 2-3-7/13.3



SVR 1999 Title SVR 20012/2.21 Hot-rolled Steel Bars for Machinery 2-3-82/2.21.1 Hot-rolled Steel Bars 2-3-8/12/2.21.2 Number of Tests 2-3-8/32/2.23 Steel Castings for Machinery, Boilers, and Pressure Vessels 2-3-92/2.23.1 General 2-3-9/12/2.23.1a Process of Manufacturer 2-3-9/1.12/2.23.1b ASTM Designations 2-3-9/1.32/2.23.2 Marking and Retests 2-3-9/32/2.23.2a Marking 2-3-9/3.12/2.23.2b Retests 2-3-9/3.32/2.23.3 Heat Treatment 2-3-9/52/2.23.4 Tensile Properties 2-3-9/72/2.23.5 Application 2-3-9/92/2.23.5a General and High-temperature Applications 2-3-9/9.12/2.23.5b Propeller and Forging Applications 2-3-9/9.32/2.23.5c Alloy Steels or Special Carbon Steels 2-3-9/9.52/2.23.6 Test Specimens 2-3-9/112/2.23.6a Preparation and Identification of Test Coupons 2-3-9/11.12/2.23.6b Small Castings 2-3-9/11.32/2.23.7 Number of Tests 2-3-9/132/2.23.7a Machinery Castings 2-3-9/13.12/2.23.7b Steel Propeller Castings 2-3-9/13.32/2.23.8 Inspection and Repair 2-3-9/152/2.23.8a General 2-3-9/15.12/2.23.8b Minor Defects 2-3-9/15.32/2.23.8c Major Defects 2-3-9/15.52/2.23.8d Welded Repair 2-3-9/15.72/2.23.8e Postweld-repair Heat Treatment 2-3-9/15.92/2.23.8f Crankshaft Castings 2-3-9/15.112/2.23.9 Castings for Ice-strengthened Propellers 2-3-9/172/2.25 Ductile (Nodular) Iron Castings 2-3-102/2.25.1 Manufacture and Test 2-3-10/12/2.25.1a General 2-3-10/1.12/2.25.1b Tension Test Requirements 2-3-10/1.32/2.25.1c Size of Test Coupon 2-3-10/1.52/2.25.1d Chemical Composition 2-3-10/1.72/2.25.2 Heat Treatment 2-3-10/32/2.25.2a Grade 60-40-18 Castings 2-3-10/3.12/2.25.2b Grade 65-45-12 Castings 2-3-10/3.32/2.25.3 Weld Repairs 2-3-10/52/2.27 Gray-iron Castings 2-3-112/2.27.1 Process of Manufacture 2-3-11/12/2.27.2 Tensile Strength 2-3-11/32/2.27.3 Higher-strength Castings 2-3-11/52/2.29 Steel Piping 2-3-122/2.29.1 Scope 2-3-12/12/2.29.2 General 2-3-12/32/2.29.2a Grades 1, 2, and 3 2-3-12/3.12/2.29.2b Grades 4 and 5 2-3-12/3.32/2.29.2c Grade 6 2-3-12/3.52/2.29.2d Grades 7, 11, 12, 13 and 14 2-3-12/3.72/2.29.2e Grades 8 and 9 2-3-12/3.92/2.29.2f ASTM Designations 2-3-12/3.112/2.29.3 Process of Manufacture 2-3-12/52/2.29.3a Grades 1, 2, and 3 2-3-12/5.12/2.29.3b Grades 4 and 5 2-3-12/5.32/2.29.3c Grades 6 and 7 2-3-12/5.52/2.29.3d Grades 8 and 9 2-3-12/5.72/2.29.3e Grades 11, 12, 13 and 14 2-3-12/5.92/2.29.4 Marking 2-3-12/72/2.29.5 Chemical Composition 2-3-12/92/2.29.6 Ladle Analysis 2-3-12/112/2.29.7 Check Analysis 2-3-12/13



SVR 1999 Title SVR 20012/2.29.7a General 2-3-12/13.12/2.29.7b Samples 2-3-12/13.32/2.29.7c Grades 1, 2, and 3 2-3-12/13.52/2.29.7d Grades 4 and 5 2-3-12/13.72/2.29.7e Grades 6, 7, 11, 12, 13 and 14 2-3-12/13.92/2.29.7f Grade 8 and 9 2-3-12/13.112/2.29.7g Retests for Grades 1, 2, 3, 4, and 5 2-3-12/13.132/2.29.7h Retests for Grades 6, 7, 11, 12, 13 and 14 2-3-12/13.152/2.29.7i Retests for Grades 8 and 9 2-3-12/13.172/2.29.8 Mechanical Tests Required 2-3-12/152/2.29.9 Tension Test Specimens 2-3-12/172/2.29.9a Grades 1, 2, and 3 2-3-12/17.12/2.29.9b Grades 4, 5, 6, 7, 11, 12, 13 and 14 2-3-12/17.32/2.29.9b1 Longitudinal Tension Test Specimens 2-3-12/17.3.12/2.29.9b2 Transverse Tension Test Specimens 2-3-12/17.3.22/2.29.9c Grades 8 and 9 2-3-12/17.52/2.29.10 Bend and Flattening Test Specimens 2-3-12/192/2.29.11 Testing Temperature 2-3-12/212/2.29.12 Tensile Properties 2-3-12/232/2.29.13 Bend Test 2-3-12/252/2.29.13a General 2-3-12/25.12/2.29.13b Details of Test 2-3-12/25.32/2.29.14 Flattening Test 2-3-12/272/2.29.14a General 2-3-12/27.12/2.29.14b Furnace-welded Pipe 2-3-12/27.32/2.29.14b1 Test Step No. 1 2-3-12/27.3.12/2.29.14b2 Test Step No. 2 2-3-12/27.3.22/2.29.14b3 Test Step No. 3 2-3-12/27.3.32/2.29.14c Electric-resistance-welded Pipe 2-3-12/27.52/2.29.14c1 Test Step No. 1 2-3-12/27.5.12/2.29.14c2 Test Step No. 2 2-3-12/27.5.22/2.29.14c3 Test Step No. 3 2-3-12/27.5.32/2.29.14d Seamless Pipe 2-3-12/27.72/2.29.14d1 Test Step No. 1 2-3-12/27.7.12/2.29.14d2 Test Step No. 2 2-3-12/27.7.22/2.29.15 Hydrostatic Test 2-3-12/292/2.29.15a General 2-3-12/29.12/2.29.15b Grades 1, 2, and 3 2-3-12/29.32/2.29.15c Grades 4, 5, 6, 7. 11, 12, 13 and 14 2-3-12/29.52/2.29.15d Grades 8 and 9 2-3-12/29.72/2.29.15e Limiting Test Pressures 2-3-12/29.92/2.29.16 Nondestructive Electric Test (NDET) for Seamless Pipe 2-3-12/312/2.29.16a General 2-3-12/31.12/2.29.16b Ultrasonic Calibration Standards 2-3-12/31.32/2.29.16c Eddy-Current Calibration Standards 2-3-12/31.52/2.29.16c1 Drilled Hole 2-3-12/31.5.12/2.29.16c2 Transverse Tangential Notch 2-3-12/31.5.22/2.29.16c3 Longitudinal Notch 2-3-12/31.5.32/2.29.16d Flux Leakage Calibration Standards 2-3-12/31.72/2.29.16e Rejection 2-3-12/31.92/2.29.16f Affidavits 2-3-12/31.112/2.29.17 Retests 2-3-12/332/2.29.17a General 2-3-12/33.12/2.29.17b Grades 1, 2, 3, 8, and 9 2-3-12/33.32/2.29.17c Grades 4 and 5 2-3-12/33.52/2.29.17d Grades 6, 7, 11, 12, 13 and 14 2-3-12/33.72/2.29.18 Pipe Testing and Inspection 2-3-12/352/2.29.18a Group I Piping 2-3-12/35.12/2.29.18b Group I and II Piping 2-3-12/35.32/2.29.19 Permissible Variation in Wall Thickness 2-3-12/372/2.29.20 Permissible Variations in Outside Diameter 2-3-12/392/2.29.20a Grades 1, 2, 3 2-3-12/39.12/2.29.20b Grades 4, 5, 6, 7, 11, 12, 13 and 14 2-3-12/39.3



SVR 1999 Title SVR 20012/2.29.20c Grades 8 and 9 2-3-12/39.52/2.29.20d Inspection 2-3-12/39.7

2/2.31Piping, Valves and Fittings for Low-temperature Service [Below -18C (0F)]Low temperature applications

2-3-134-6-2/3.1.6

2/2.31.1 Scope 2-3-13/12/2.31.2 Designation 2-3-13/32/2.31.3 Manufacture 2-3-13/52/2.31.4 Heat Treatment 2-3-13/72/2.31.5 Marking 2-3-13/92/2.31.6 Chemical Composition 2-3-13/112/2.31.7 Mechanical Tests 2-3-13/132/2.31.8 Impact Properties 2-3-13/152/2.31.9 Steels for Service Temperatures Between -18C (0F) and -196C (-320F) 2-3-13/172/2.31.10 Steels for Service Below -196C (-320F) 2-3-13/192/2.31.11 Materials for Nuts and Bolts 2-3-13/212/2.31.12 Toughness 2-3-13/232/2.31.13 Impact Test Temperature 2-3-13/252/2.31.14 Witnessed Tests 2-3-13/272/2.31.15 Retests 2-3-13/292/2.31.16 Welding 2-3-13/31

2/2.33Bronze CastingsNormally Used Propeller MaterialsPropeller Materials

2-3-144-3-3/3.14-3-3/Table 1

2/2.33.1 For General Purpose 2-3-14/12/2.33.1a Tensile Properties 2-3-14/1.12/2.33.1b Number of Tests 2-3-14/1.32/2.33.2 Propellers and Propeller Blades 2-3-14/32/2.33.2a Castings 2-3-14/3.12/2.33.2b Chemical Composition 2-3-14/3.32/2.33.2c Zinc Equivalent 2-3-14/3.52/2.33.2d Alternative Zinc Equivalent 2-3-14/3.72/2.33.2e Tensile Properties 2-3-14/3.92/2.33.2f Test Specimens 2-3-14/3.112/2.33.2g Separately Cast Coupons 2-3-14/3.132/2.33.2h Integrally Cast Coupons 2-3-14/3.152/2.33.2i Number of Tests 2-3-14/3.172/2.33.2j Special Compositions 2-3-14/3.19

2/2.33.2kInspection and RepairInspection and Certification

2-3-14/3.214-3-3/7.3

2/2.33.2l Marking 2-3-14/3.232/2.33.3 Castings for Ice-strengthened Propellers 2-3-14/5

2/2.34Austenitic Stainless Steel Propeller CastingsNormally Used Propeller MaterialsPropeller Materials

2-3-154-3-3/3.14-3-3/Table 1

2/2.34.1 Process of Manufacture 2-3-15/1

2/2.34.2Inspection and RepairInspection and Certification

2-3-15/34-3-3/7.3

2/2.34.3 Chemical Composition 2-3-15/52/2.34.4 Tensile Properties 2-3-15/72/2.34.5 Tests and Marking 2-3-15/92/2.34.5a Test Specimens 2-3-15/9.12/2.34.5b Separately Cast Coupons 2-3-15/9.32/2.34.5c Integral Coupons 2-3-15/9.52/2.34.5d Number of Tests 2-3-15/9.72/2.34.5e Special Compositions 2-3-15/9.92/2.34.5f Marking 2-3-15/9.112/2.34.6 Castings for Ice-strengthened Propellers 2-3-15/112/2.35 Seamless Copper Piping 2-3-162/2.35.1 Scope 2-3-16/12/2.35.2 General 2-3-16/32/2.35.2a Grades C1, C2, C3, C4, C5, C6 and C7 2-3-16/3.12/2.35.2b ASTM Designation 2-3-16/3.32/2.35.3 Process of Manufacture 2-3-16/5



SVR 1999 Title SVR 20012/2.35.4 Markings 2-3-16/72/2.35.4a Manufacturers Markings 2-3-16/7.12/2.35.4b Bureau Markings 2-3-16/7.32/2.35.5 Chemical Composition 2-3-16/92/2.35.6 Tension Test 2-3-16/112/2.35.6a Tension Test Specimens 2-3-16/11.12/2.35.6b Tensile Properties 2-3-16/11.32/2.35.7 Expansion Test 2-3-16/132/2.35.8 Flattening Test 2-3-16/152/2.35.9 Hydrostatic Test 2-3-16/172/2.35.9a Limiting Test Pressures 2-3-16/17.12/2.35.9b Affidavits of Tests 2-3-16/17.32/2.35.10 Number of Tests 2-3-16/192/2.35.11 Retests 2-3-16/212/2.35.12 Permissible Variations in Dimensions 2-3-16/232/2.37 Seamless Red-brass Piping 2-3-172/2.37.1 Process of Manufacture 2-3-17/12/2.37.2 Marking 2-3-17/32/2.37.2a Manufacturers Marking 2-3-17/3.12/2.37.2b Bureau Marking 2-3-17/3.32/2.37.3 Scope 2-3-17/52/2.37.4 Chemical Composition 2-3-17/72/2.37.5 Expansion Test 2-3-17/92/2.37.6 Flattening Test 2-3-17/112/2.37.7 Mercurous Nitrate Test 2-3-17/132/2.37.8 Bend Test 2-3-17/152/2.37.9 Hydrostatic Test 2-3-17/172/2.37.9a Limiting Test Pressures 2-3-17/17.12/2.37.9b Affidavits of Tests 2-3-17/17.32/2.37.10 Number of Tests 2-3-17/192/2.37.11 Retests 2-3-17/212/2.37.12 Permissible Variations in Dimensions 2-3-17/232/2.39 Seamless Copper Tube 2-3-182/2.39.1 Scope 2-3-18/12/2.39.2 General 2-3-18/32/2.39.2a Grades CA, CB, CC, CD, CE, CF, and CG 2-3-18/3.12/2.39.2b ASTM Designation 2-3-18/3.32/2.39.3 Process of Manufacture 2-3-18/52/2.39.4 Marking 2-3-18/72/2.39.4a Manufacturers Marking 2-3-18/7.12/2.39.4b Bureau Marking 2-3-18/7.32/2.39.5 Chemical Composition 2-3-18/92/2.39.6 Tension Test 2-3-18/112/2.39.6a Tension Test Specimens 2-3-18/11.12/2.39.6b Tensile Properties 2-3-18/11.32/2.39.7 Expansion Test 2-3-18/132/2.39.8 Flattening Test 2-3-18/152/2.39.9 Hydrostatic Test 2-3-18/172/2.39.9a Limiting Test Pressures 2-3-18/17.12/2.39.9b Affidavits of Tests 2-3-18/17.32/2.39.10 Number of Tests 2-3-18/192/2.39.11 Retests 2-3-18/212/2.39.12 Permissible Variations in Dimensions 2-3-18/232/2.41 Condenser and Heat Exchanger Tube 2-3-192/2.41.1 Scope 2-3-19/12/2.41.2 General 2-3-19/32/2.41.2a Grades CNA and CNB 2-3-19/3.12/2.41.2b ASTM Designation 2-3-19/3.32/2.41.3 Process of Manufacture 2-3-19/52/2.41.3a Grade CNA 2-3-19/5.12/2.41.3b Grade CNB 2-3-19/5.32/2.41.4 Marking 2-3-19/72/2.41.5 Chemical Composition 2-3-19/9



SVR 1999 Title SVR 20012/2.41.5a Chemical Requirements 2-3-19/9.12/2.41.5b Chemical Analysis Sampling 2-3-19/9.32/2.41.6 Tension Test 2-3-19/112/2.41.6a Tension Test Specimens 2-3-19/11.12/2.41.6b Tensile Properties 2-3-19/11.32/2.41.7 Expansion Test 2-3-19/132/2.41.8 Flattening Test 2-3-19/152/2.41.9 Nondestructive Electric Test (NDET) 2-3-19/172/2.41.10 Hydrostatic Test 2-3-19/192/2.41.10a Limiting Test Pressures 2-3-19/19.12/2.41.10b Affidavits of Tests 2-3-19/19.32/2.41.11 Number of Tests 2-3-19/212/2.41.12 Retests 2-3-19/232/2.41.13 Finish 2-3-19/252/2.41.14 Dimensions and Tolerances 2-3-19/272/2.41.14a Diameter 2-3-19/27.12/2.41.14b Wall Thickness Tolerances 2-3-19/27.32/2.41.14c Length 2-3-19/27.52/2.41.14d Squareness of Cut 2-3-19/27.72/2.43 Copper-Nickel Tube and Pipe 2-3-202/2.43.1 Scope 2-3-20/12/2.43.2 General 2-3-20/32/2.43.2a Grades CN1 and CN2 2-3-20/3.12/2.43.2b Grades CN3 and CN4 2-3-20/3.32/2.43.2c ASTM Designation 2-3-20/3.52/2.43.3 Process of Manufacture 2-3-20/52/2.43.3a Grade CN1 and CN2 2-3-20/5.12/2.43.3b Grade CN3 and CN4 2-3-20/5.32/2.43.4 Marking 2-3-20/72/2.43.5 Chemical Composition 2-3-20/92/2.43.5a Chemical Requirements 2-3-20/9.12/2.43.5b Chemical Analysis Sampling 2-3-20/9.32/2.43.6 Tension Test 2-3-20/112/2.43.6a Tension Test Specimens 2-3-20/11.12/2.43.6b Seamless Tensile Properties 2-3-20/11.32/2.43.6c Welded (WO61) Tensile Properties 2-3-20/11.52/2.43.6d Welded (WO50) Tensile Properties 2-3-20/11.72/2.43.7 Expansion Test 2-3-20/132/2.43.7a Grade CN1 and CN2 2-3-20/13.12/2.43.7b Grade CN3 and CN4 2-3-20/13.32/2.43.8 Flattening Test 2-3-20/152/2.43.9 Nondestructive Examination 2-3-20/172/2.43.9a Nondestructive Electric Test (NDET) 2-3-20/17.12/2.43.9b Radiographic Examination 2-3-20/17.32/2.43.10 Hydrostatic Test 2-3-20/192/2.43.10a Limiting Test Pressures 2-3-20/19.12/2.43.10b Affidavits of Tests 2-3-20/19.32/2.43.11 Number of Tests 2-3-20/212/2.43.12 Retests 2-3-20/232/2.43.13 Finish 2-3-20/252/2.43.14 Dimensions and Tolerances 2-3-20/272/2.43.14a Diameter 2-3-20/27.12/2.43.14b Roundness 2-3-20/27.32/2.43.14c Wall Thickness Tolerances 2-3-20/27.52/2.43.14d Length 2-3-20/27.72/2.43.14e Squareness of Cut 2-3-20/27.92/2.43.14f Straightness Tolerance 2-3-20/27.11Figure 2/2.1 Standard Rectangular Tension Test Specimen with 200 mm (8 in.) Gauge Length 2-3-1/Figure 1Figure 2/2.2 Standard Round Tension Test Specimen 2-3-1/Figure 2Figure 2/2.3 Tension Test Specimen Machined from Transverse or Flexure Test Bars 2-3-1/Figure 3Figure 2/2.4 Y Blocks for Test Coupons 2-3-10/Figure 1Figure 2/2.5 Keel Blocks for Test Coupons 2-3-10/Figure 2Figure 2/2.6 Test Coupons 2-3-14/Figure 1



SVR 1999 Title SVR 2001Table 2/2.1 Chemical Composition for Plate Grades MD, ME, MF, MG, H, I, J 2-3-2/Table 1Table 2/2.2 Tensile Properties for Plate Grades MD, ME, MF, MG, H, I, J 2-3-2/Table 2Table 2/2.4 Chemical Composition for Plate Grades K, L, M, N 2-3-2/Table 3Table 2/2.5 Tensile Properties for Plate Grades K, L, M, N 2-3-2/Table 4Table 2/2.6 Chemical Composition for Tubes 2-3-5/Table 1Table 2/2.7 Mechanical Tests 2-3-5/Table 2Table 2/2.8 Tensile Properties for Tubes 2-3-5/Table 3Table 2/2.10 Permissible Variations in Outside Diameter for Tubes 2-3-5/Table 4New (2000) Chemical Composition Requirements, in percent 2-3-7/Table 1Table 2/2.11 Tensile Property Requirements for Carbon Steel Machinery Forgings 2-3-7/Table 2New (2000) Chemical Composition Requirements, in percent 2-3-7/Table 3New (2000) Tensile Property Requirements 2-3-7/Table 4New (2000) Chemical Composition Requirements, in percent 2-3-7/Table 5New (2000) Tensile Property Requirements 2-3-7/Table 6New (2000) Chemical Composition Requirements, in percent 2-3-7/Table 7New (2000) Tensile Property Requirements 2-3-7/Table 8Table 2/2.12 Maxima or Permissible Range of Chemical Composition in Percent for Pipe 2-3-12/Table 1Table 2/2.13 Lot Sizes for Grades 6, 7, 11, 12, 13 and 14 2-3-12/Table 2Table 2/2.14 Mechanical Tests for Pipe 2-3-12/Table 3Table 2/2.15 Tensile Requirements for Pipe 2-3-12/Table 4Table 2/2.16 Hydrostatic-test Pressure for Welded and Seamless Plain-end Steel Pipe 2-3-12/Table 5Table 2/2.17 Out-of-Roundness Variation 2-3-12/Table 6Table 2/2.18 Chemical Composition for Copper Pipe and Tube 2-3-16/Table 1Table 2/2.19 Tensile Properties for Copper Pipe and Tube 2-3-16/Table 2Table 2/2.20 Chemical Composition for Copper Nickel Pipe and Tube 2-3-19/Table 1Table 2/2.21 Tensile Properties for Seamless Copper Nickel Pipe and Tube 2-3-19/Table 2Part 2Section 3Part A

Rules and Regulations for Materials and WeldingWelding and FabricationHull Construction

2/3A Hull Construction 2-4-12/3A.1 General 2-4-1/12/3A.1.1 Hull Welding 2-4-1/1.12/3A.1.2 Plans and Specifications 2-4-1/1.32/3A.1.3 Workmanship and Supervision 2-4-1/1.52/3A.1.4 Welding Procedures 2-4-1/1.72/3A.1.4a General 2-4-1/1.7.12/3A.1.4b Weld Metal Toughness Criteria for ABS Grades of Steel 2-4-1/1.7.22/3A.1.4c Weld Metal Toughness Criteria for Other Steels 2-4-1/1.7.32/3A.1.5 TMCP Templates Note to Users 2-4-1/1.92/3A.3 Preparation for Welding 2-4-1/32/3A.3.1 Edge Preparation and Fitting 2-4-1/3.12/3A.3.2 Alignment 2-4-1/3.32/3A.3.3 Cleanliness 2-4-1/3.52/3A.3.4 Tack Welds 2-4-1/3.72/3A.3.5 Run-on and Run-off Tabs 2-4-1/3.92/3A.3.6 Stud Welding 2-4-1/3.112/3A.3.7 Forming 2-4-1/3.132/3A.5 Production Welding 2-4-1/52/3A.5.1 Environment 2-4-1/5.12/3A.5.2 Sequence 2-4-1/5.32/3A.5.3 Preheat 2-4-1/5.52/3A.5.4 Low-hydrogen Electrodes or Welding Processes 2-4-1/5.72/3A.5.4a Welding of Ordinary and Higher Strength Steel 2-4-1/5.7.12/3A.5.4b Welding of Quenched and Tempered Steels 2-4-1/5.7.22/3A.5.5 Back Gouging 2-4-1/5.92/3A.5.6 Peening 2-4-1/5.112/3A.5.7 Fairing and Flame Shrinking 2-4-1/5.132/3A.5.8 Surface Appearance and Weld Soundness 2-4-1/5.152/3A.5.8a Surface Appearance 2-4-1/5.15.12/3A.5.8b Weld Soundness 2-4-1/5.15.22/3A.5.9 Inspection of Welds 2-4-1/5.172/3A.5.10 Repair Welding 2-4-1/5.19



SVR 1999 Title SVR 20012/3A.7 Butt Welds 2-4-1/72/3A.7.1 Manual Welding Using Covered Electrodes 2-4-1/7.12/3A.7.2 Submerged-arc Welding 2-4-1/7.32/3A.7.3 Gas Metal-arc and Flux Cored-arc Welding 2-4-1/7.52/3A.7.4 Electroslag and Electrogas Welding 2-4-1/7.72/3A.7.5 Special Welding Techniques 2-4-1/7.9Part 2Section 3Part B

Rules and Regulations for Materials and WeldingWelding and FabricationBoilers, Unfired Pressure Vessels, Piping and Engineering Structures

2/3B Boilers, Unfired Pressure Vessels, Piping and Engineering Structures 2-4-2

2/3B.1General ConsiderationsFabrication

2-4-2/14-4-1/1.13.5

2/3B.1.1 Fabrication 2-4-2/1.12/3B.1.2 Welding Approval 2-4-2/1.32/3B.1.3 Grouping of Welded Structures 2-4-2/1.52/3B.1.3a Boilers and Pressure Vessels 2-4-2/1.5.12/3B.1.3b Pipe Connections 2-4-2/1.5.22/3B.1.3c Engineering Structures 2-4-2/1.5.32/3B.1.4 Weld Repairs to Ductile (Nodular) Iron 2-4-2/1.7

2/3B.3Plans and SpecificationsFabrication

2-4-2/34-4-1/1.13.5

2/3B.3.1 Details 2-4-2/3.12/3B.3.2 Base Materials 2-4-2/3.3

2/3B.5Workmanship and SupervisionJoint and Dimensional Tolerances

2-4-2/54-4-1A1/13

2/3B.5.1 Construction 2-4-2/5.1

2/3B.5.2Joint ToleranceDimensional Tolerances

2-4-2/5.34-4-1/7.5

2/3B.5.3 Surfaces of Parts 2-4-2/5.52/3B.5.4 Out of Roundness 2-4-2/5.7

2/3B.7Details of JointsJoint designs

2-4-2/74-4-1A1/11

2/3B.7.1 Dimensions and Shape 2-4-2/7.12/3B.7.2 Double-welded Butt Joints 2-4-2/7.32/3B.7.3 Single-welded Butt Joints 2-4-2/7.52/3B.7.4 Joint Finish 2-4-2/7.72/3B.7.5 Lap Joints 2-4-2/7.92/3B.7.6 Head to Shell Attachments 2-4-2/7.112/3B.7.6a Length of Flange 2-4-2/7.11.12/3B.7.6b Inserted Heads 2-4-2/7.11.22/3B.7.6c Connections 2-4-2/7.11.32/3B.7.7 Bending Stresses in Welds 2-4-2/7.132/3B.7.8 Connections 2-4-2/7.152/3B.7.9 Nozzles 2-4-2/7.172/3B.7.9a Figure 2 a and b 2-4-2/7.17.12/3B.7.9b Figure 2 c through h 2-4-2/7.17.22/3B.7.9c Figure 2 l, m, n, o, and p 2-4-2/7.17.32/3B.7.9c1 --- 2-4-2/7.17.3(a)2/3B.7.9c2 --- 2-4-2/7.17.3(b)2/3B.7.9c3 --- 2-4-2/7.17.3(c)2/3B.7.9d Figure 2 k, q, r, s, and t 2-4-2/7.17.42/3B.7.9e Figure 2 u, v, w, and x 2-4-2/7.17.52/3B.7.10 Limitations 2-4-2/7.19

2/3B.9Forms of Welded Joints RequiredJoint Designs

2-4-2/94-4-1A1/11

2/3B.9.1 Boilers and Group I Pressure Vessels 2-4-2/9.12/3B.9.1a Double-welded 2-4-2/9.1.12/3B.9.1b Nozzles and Other Connections 2-4-2/9.1.22/3B.9.1c Closing Plates 2-4-2/9.1.32/3B.9.2 Group II Pressure Vessels 2-4-2/9.32/3B.9.2a Single-welded 2-4-2/9.3.12/3B.9.2b Full-fillet Lap 2-4-2/9.3.2



SVR 1999 Title SVR 2001

2/3B.9.3

Group I Pipe ConnectionsButt Welded JointsSocket Welded JointsSlip-on Welded Sleeve Joints

2-4-2/9.54-6-2/5.5.14-6-2/5.5.24-6-2/5.5.3

2/3B.9.3a Pipes Over 89 mm OD (3 in. NPS) 2-4-2/9.5.12/3B.9.3b Pipes 89 mm OD (3 in. NPS) and Below 2-4-2/9.5.22/3B.9.3c Flanges 2-4-2/9.5.32/3B.9.3d Backing 2-4-2/9.5.42/3B.9.3e Welding 2-4-2/9.5.5

2/3B.9.4

Group II Pipe ConnectionsButt Welded JointsSocket Welded JointsSlip-on Welded Sleeve Joints

2-4-2/9.74-6-2/5.5.14-6-2/5.5.24-6-2/5.5.3

2/3B.9.4a Single-groove 2-4-2/9.7.12/3B.9.4b Backing 2-4-2/9.7.22/3B.9.4c Square-groove Welds 2-4-2/9.7.32/3B.9.4d Sleeves 2-4-2/9.7.42/3B.9.5 Low-temperature Piping Systems (Below -18C (0F)) 2-4-2/9.92/3B.9.6 Engineering Structures 2-4-2/9.11

2/3B.11PreheatPreheat and Postwelded TreatmentPreheat and Postweld Heat Treatment

2-4-2/114-4-1/7.94-4-1A1/19

2/3B.11.1 Boilers, Pressure Vessels, and Group I Piping 2-4-2/11.12/3B.11.1a General 2-4-2/11.1.12/3B.11.1b Preheat Temperature 2-4-2/11.1.22/3B.11.1b1 --- 2-4-2/11.1.2(a)2/3B.11.1b2 --- 2-4-2/11.1.2(b)2/3B.11.1b3 --- 2-4-2/11.1.2(c)2/3B.11.1b4 --- 2-4-2/11.1.2(d)2/3B.11.1b5 --- 2-4-2/11.1.2(e)2/3B.11.2 Group I Pipe Connections 2-4-2/11.3

2/3B.13General Requirements for Postweld Heat TreatmentPreheat and Postwelded TreatmentPreheat and Postweld Heat Treatment

2-4-2/134-4-1/7.94-4-1A1/19

2/3B.13.1 General 2-4-2/13.12/3B.13.2 Heat-treatment Determination 2-4-2/13.3

2/3B.15Fusion-welded BoilersPreheat and Postwelded TreatmentPreheat and Postweld Heat Treatment

2-4-2/154-4-1/7.94-4-1A1/19

2/3B.15.1 Postweld Heat Treatment 2-4-2/15.12/3B.15.2 Lower Temperatures Carbon and Carbon Molybdenum Steels 2-4-2/15.3

2/3B.15.3Heat Treatment Exceptions for Fusion-welded Boilers ABS Plate Grades MA, MB,MC, MD, ME, MF, MG, K, L, M, N, Tube Grades D, F, G, H, J and Group I PipingGrades 1, 2, 3, 4, 5, 8, and 9

2-4-2/15.5

2/3B.15.3a Circumferential Welds 2-4-2/15.5.12/3B.15.3b Fillet Welds 2-4-2/15.5.22/3B.15.3c Heat-absorbing Surfaces 2-4-2/15.5.32/3B.15.3d Tubes 2-4-2/15.5.42/3B.15.3e Studs 2-4-2/15.5.5

2/3B.15.4Heat Treatment Exceptions for Fusion-welded Boilers ABS Plate Grades H, I, J,Tube Grades K, L, M, and Group I Piping Grades 6 and 7

2-4-2/15.7

2/3B.15.4a Circumferential Welds 2-4-2/15.7.12/3B.15.4b Fillet Welds 2-4-2/15.7.22/3B.15.4c Heat-absorbing Surfaces 2-4-2/15.7.32/3B.15.4d Tubes 2-4-2/15.7.42/3B.15.4e Studs 2-4-2/15.7.5

2/3B.15.5Heat Treatment Exceptions for Fusion-welded Boilers ABS Tube Grades N, O andGroup I Pipe Grades 11 and 12

2-4-2/15.9

2/3B.15.5a Circumferential Welds 2-4-2/15.9.12/3B.15.5a1 --- 2-4-2/15.9.1(a)2/3B.15.5a2 --- 2-4-2/15.9.1(b)2/3B.15.5a3 --- 2-4-2/15.9.1(c)2/3B.15.5b Fillet Welds 2-4-2/15.9.2



SVR 1999 Title SVR 20012/3B.15.5c Heat-absorbing Surfaces and Studs 2-4-2/15.9.32/3B.15.5d Tubes 2-4-2/15.9.4

2/3B.15.6Heat Treatment Exceptions for Fusion-welded Boilers ABS Tube Grade P andGroup I Pipe Grade 13

2-4-2/15.11

2/3B.15.6a Circumferential Welds 2-4-2/15.11.12/3B.15.6a1 --- 2-4-2/15.11.1(a)2/3B.15.6a2 --- 2-4-2/15.11.1(b)2/3B.15.6a3 --- 2-4-2/15.11.1(c)2/3B.15.6b Fillet Welds 2-4-2/15.11.22/3B.15.6c Heat-absorbing Surfaces and Studs 2-4-2/15.11.32/3B.15.6d Tubes 2-4-2/15.11.42/3B.15.7 Other Materials 2-4-2/15.132/3B.15.8 Other Welded Connections 2-4-2/15.152/3B.15.9 Welded Joints 2-4-2/15.17

2/3B.17Fusion-welded Pressure VesselsPreheat and Postwelded TreatmentPreheat and Postweld Heat Treatment

2-4-2/174-4-1/7.94-4-1A1/19

2/3B.17.1 Postweld Heat Treatment 2-4-2/17.12/3B.17.1a General 2-4-2/17.1.12/3B.17.1a1 --- 2-4-2/17.1.1(a)2/3B.17.1a2 --- 2-4-2/17.1.1(b)2/3B.17.1a3 --- 2-4-2/17.1.1(c)2/3B.17.1b Welded Joints 2-4-2/17.1.2

2/3B.17.2Heat-treatment Exceptions ABS Plate Grades MA, MB, MC, MD, ME, MF, MG,K, L, M, N and Tube Grades D, F, G, H, J

2-4-2/17.3

2/3B.17.2a 38.1 mm (1.5 in.) and Under 2-4-2/17.3.12/3B.17.2b Over 38.1 mm (1.5 in.) 2-4-2/17.3.22/3B.17.2b1 Nozzle Connections 2-4-2/17.3.2(a)2/3B.17.2b2 Nonpressure Attachments 2-4-2/17.3.2(b)2/3B.17.3 Heat-treatment Exceptions ABS Plate Grades, H, I, J and Tube Grades K, L, M 2-4-2/17.52/3B.17.3a 15.9 mm (0.625 in.) and Under 2-4-2/17.5.12/3B.17.3b Over 15.9 mm (0.625 in.) 2-4-2/17.5.22/3B.17.3b1 Nonpressure Attachments 2-4-2/17.5.2(a)2/3B.17.3b2 Tube or Pipe Attachments 2-4-2/17.5.2(b)2/3B.17.4 Heat-treatment Exceptions Attachments 2-4-2/17.72/3B.17.5 Other Materials 2-4-2/17.92/3B.17.6 Welded Connections 2-4-2/17.11

2/3B.19Pipe Connections and Engineering StructuresPreheat and Postweld Heat Treatment

2-4-2/194-4-1A1/19

2/3B.19.1 Group I Pipe Connections 2-4-2/19.12/3B.19.2 Group II Pipe Connections 2-4-2/19.32/3B.19.3 Group I Engineering Structures 2-4-2/19.52/3B.19.4 Group II Engineering Structures 2-4-2/19.72/3B.19.5 Low-temperatures Piping Systems (Below -18C (0F)) 2-4-2/19.9

2/3B.21Postweld Heat Treatment DetailsPreheat and Postweld Heat Treatment

2-4-2/214-4-1A1/19

2/3B.21.1 Boilers and Pressure Vessels 2-4-2/21.12/3B.21.2 Pipe Connections 2-4-2/21.32/3B.21.3 Other Steels 2-4-2/21.52/3B.21.4 Clad Pressure Vessels 2-4-2/21.72/3B.21.5 Opening Connections 2-4-2/21.92/3B.21.5a Size of Weld 2-4-2/21.9.12/3B.21.5b Opening Diameter 2-4-2/21.9.22/3B.21.5c Exception 2-4-2/21.9.32/3B.21.6 Seal Welding 2-4-2/21.11

2/3B.23RadiographyNon-destructive ExaminationRadiography and Other Non-destructive Examination

2-4-2/234-4-1/7.74-4-1A1/17

2/3B.23.1 General 2-4-2/23.12/3B.23.1a Welded-joint Preparation 2-4-2/23.1.12/3B.23.1b Radiographic Examination with Backing Strip 2-4-2/23.1.22/3B.23.1c Details of Radiographic Search 2-4-2/23.1.32/3B.23.2 Boilers 2-4-2/23.3



SVR 1999 Title SVR 20012/3B.23.4 Other Pressure Vessels 2-4-2/23.52/3B.23.4a Full Radiography 2-4-2/23.5.12/3B.23.4a1 Joint Efficiency 2-4-2/23.5.1(a)2/3B.23.4a2 Material Used 2-4-2/23.5.1(b)2/3B.23.4b Spot (Random) Radiography 2-4-2/23.5.22/3B.23.5 Group I Pipe Connections 2-4-2/23.72/3B.23.6 Group II Pipe Connections 2-4-2/23.92/3B.23.7 Low-temperature Piping Connections (Below -18C (0F)) 2-4-2/23.112/3B.23.8 Group I Engineering Structures 2-4-2/23.132/3B.23.9 Group II Engineering Structures 2-4-2/23.152/3B.23.10 Engine Bedplates 2-4-2/23.172/3B.23.11 Miscellaneous 2-4-2/23.192/3B.23.11a Alloy and Clad Pressure Vessels 2-4-2/23.19.12/3B.23.11b Nozzles, Sumps, etc. 2-4-2/23.19.22/3B.25 Hydrostatic Test 2-4-2/252/3B.25.1 Boilers and Pressure Vessels 2-4-2/25.12/3B.25.2 Group I Piping Welded Joints 2-4-2/25.32/3B.25.3 Group II Piping 2-4-2/25.52/3B.25.4 Defects 2-4-2/25.72/3B.25.5 Retest 2-4-2/25.9Figure 2/3B.1 Head to Shell Attachments 2-4-2/Figure 1Figure 2/3B.2 Types of Fusion-welded Construction Details 2-4-2/Figure 2Part 2Section 3Part C

Rules and Regulations for Materials and WeldingWelding and FabricationWeld Tests

2/3CWeld TestsWeld Tests

2-4-34-4-1A1/15

2/3C.1 General 2-4-3/12/3C.1.1 Weld Groups 2-4-3/1.12/3C.1.2 Tests 2-4-3/1.32/3C.3 Filler Metals 2-4-3/3

2/3C.3.1GeneralWelded Fabrication

2-4-3/3.14-4-1/7.3

2/3C.3.2 Approval Basis 2-4-3/3.32/3C.3.2a Bureau Standards 2-4-3/3.3.12/3C.3.2b Standards of Other Agencies 2-4-3/3.3.22/3C.3.2c Special Approval 2-4-3/3.3.32/3C.5 Approval of Welding Procedures 2-4-3/52/3C.5.1 Approved Filler Metals 2-4-3/5.12/3C.5.2 Surveyors Acceptance 2-4-3/5.32/3C.5.3 New Procedures and Methods 2-4-3/5.52/3C.5.4 Tests 2-4-3/5.72/3C.5.5 Special Tests 2-4-3/5.92/3C.5.6 Repair and Cladding of Stern Tube and Tail Shafts 2-4-3/5.112/3C.7 Workmanship Tests 2-4-3/72/3C.7.1 Hull Construction 2-4-3/7.12/3C.7.2 Boilers and Group I Pressure Vessels 2-4-3/7.32/3C.7.2a Required Tests 2-4-3/7.3.12/3C.7.2b Test Exceptions 2-4-3/7.3.22/3C.7.2c Attached Test Plates 2-4-3/7.3.32/3C.7.2d Separate Test Plates 2-4-3/7.3.42/3C.7.2e Number of Test Plates 2-4-3/7.3.52/3C.7.2f Test-plate Heat Treatment and Retests 2-4-3/7.3.62/3C.7.3 Other Pressure Vessels 2-4-3/7.52/3C.7.4 Group I Pipe Connections 2-4-3/7.72/3C.7.5 Group II Pipe Connections 2-4-3/7.92/3C.7.6 Group I Engineering Structures 2-4-3/7.112/3C.7.7 Group II Engineering Structures 2-4-3/7.132/3C.9 Radiographic or Ultrasonic Inspection 2-4-3/92/3C.9.1 Hull Construction 2-4-3/9.12/3C.9.2 Boilers and Pressure Vessels 2-4-3/9.32/3C.9.2a General 2-4-3/9.3.12/3C.9.2b Acceptability of Welds-Full Radiography 2-4-3/9.3.2



SVR 1999 Title SVR 20012/3C.9.2b1 Incomplete Fusion or Penetration 2-4-3/9.3.2(a)2/3C.9.2b2 Elongated Slag Inclusions or Cavities 2-4-3/9.3.2(b)2/3C.9.2b3 Slag Inclusion in Line 2-4-3/9.3.2(c)2/3C.9.2b4 Porosity Standards 2-4-3/9.3.2(d)2/3C.9.2c Acceptability of Welds Spot (Random) Radiography 2-4-3/9.3.32/3C.9.2d Survey Report Data 2-4-3/9.3.42/3C.9.2e Pipe-joint Exception 2-4-3/9.3.52/3C.11 Welders 2-4-3/112/3C.11.1 General Requirements 2-4-3/11.12/3C.11.2 Qualification Tests 2-4-3/11.32/3C.11.3 Tests Nos. Q1, Q2, Q3, and Q4 2-4-3/11.5Figure 2/3C.1 Preparation of Test Plates and Pipes for Weld Tests Nos. 1 and 2 2-4-3/Figure 1Figure 2/3C.2 Typical Arrangement of Test Plates for Workmanship Tests in Group B1 2-4-3/Figure 2Figure 2/3C.3 Test No. 1 Reduced-section Tension Test for Plate 2-4-3/Figure 3Figure 2/3C.4 Test No. 1 Reduced-section Tension Test for Pipe 2-4-3/Figure 4Figure 2/3C.5 Test No. 2 Guided Bend Test for Root Bend and Face Bend (Plate or Pipe) 2-4-3/Figure 5Figure 2/3C.6 Test No. 2 Guided Bend Test for Side Bend (Plate or Pipe) 2-4-3/Figure 6Figure 2/3C.7 Guided Bend Test Jig 2-4-3/Figure 7Figure 2/3C.8 Test No. 3 Fillet-weld Test 2-4-3/Figure 8Figure 2/3C.9 Welder Qualification Test No. Q1 2-4-3/Figure 9Figure 2/3C.10 Welder Qualification Test No. Q2 2-4-3/Figure 10Figure 2/3C.11 Welder Qualification Test No. Q3R 2-4-3/Figure 11Figure 2/3C.12 Welder Qualification Test No. Q4 2-4-3/Figure 12

Figure 2/3C.13Orientation and Location of Charpy V-notch Specimens for Weld and Heat AffectedZone Properties

2-4-3/Figure 13

Table 2/3C.1 Welder Qualification Tests 2-4-3/Table 1Part 2Appendix A

Rules and Regulations for Materials and WeldingList of Destructive and Nondestructive Tests Required in Sections 2/1 and 2/2 andResponsibility for Verifying

2/AList of Destructive and Nondestructive Tests Required in Sections 2/1 and 2/2 andResponsibility for Verifying

2-A1

Part 2Appendix BSection 1

Rules and Regulations for Materials and WeldingRequirements for the Approval of Filler MetalsGeneral

2/B.1 General 2-A2-12/B.1.1 Scope 2-A2-1/12/B.1.1.1 Condition of Approval 2-A2-1/1.12/B.1.1.2 Approval Procedure 2-A2-1/1.32/B.1.1.2a --- 2-A2-1/1.3.12/B.1.1.2b --- 2-A2-1/1.3.22/B.1.1.2c --- 2-A2-1/1.3.32/B.1.2 Grading 2-A2-1/32/B.1.2.1 ABS Grades 2-A2-1/3.12/B.1.2.2 Other Standards 2-A2-1/3.32/B.1.2.3 Special Properties 2-A2-1/3.52/B.1.3 Manufacturers Guarantee 2-A2-1/52/B.1.4 Plant Inspection 2-A2-1/72/B.1.4.1 Initial Inspection 2-A2-1/7.12/B.1.4.2 Annual Inspection 2-A2-1/7.32/B.1.5 Test Requirements 2-A2-1/92/B.1.5.1 General 2-A2-1/9.12/B.1.5.2 Test Plate Material 2-A2-1/9.32/B.1.5.2a Deposited Metal Test and Diffusible Hydrogen Test 2-A2-1/9.3.12/B.1.5.2b Butt Weld Test and Fillet Weld Test 2-A2-1/9.3.22/B.1.5.2c Ordinary and Higher-strength Filler Metals (Dual Approvals) 2-A2-1/9.3.32/B.1.5.2d Electroslag or Electrogas Welding for Higher-Strength Steel 2-A2-1/9.3.42/B.1.6 Welding Conditions 2-A2-1/112/B.1.7 Chemical Analysis 2-A2-1/132/B.1.8 Deposited Metal Tension Test 2-A2-1/152/B.1.8.1 Specimen Type and Preparation 2-A2-1/15.12/B.1.8.2 Hydrogen Removal 2-A2-1/15.32/B.1.8.3 Test Requirements 2-A2-1/15.52/B.1.9 Butt Weld Tension Test 2-A2-1/17



SVR 1999 Title SVR 20012/B.1.9.1 Specimen Type and Preparation 2-A2-1/17.12/B.1.9.2 Test Requirements 2-A2-1/17.32/B.1.10 Impact Test 2-A2-1/192/B.1.10.1 Specimen Type and Preparation 2-A2-1/19.12/B.1.10.2 Test Requirements 2-A2-1/19.32/B.1.10.3 Retests 2-A2-1/19.52/B.1.10.3a --- 2-A2-1/19.5.12/B.1.10.3b --- 2-A2-1/19.5.22/B.1.10.3c --- 2-A2-1/19.5.32/B.1.11 Butt Weld Bend Test 2-A2-1/212/B.1.11.1 Specimen Type and Preparation 2-A2-1/21.12/B.1.11.2 Test Requirements 2-A2-1/21.32/B.1.11.3 Alternative Test for YQ-Grades 2-A2-1/21.52/B.1.12 Diffusible Hydrogen Test 2-A2-1/232/B.1.12.1 Optional or Required Test 2-A2-1/23.12/B.1.12.2 Test Methods 2-A2-1/23.32/B.1.12.3 Alternative Test Method 2-A2-1/23.52/B.1.12.4 Test Requirements 2-A2-1/23.72/B.1.13 Special Tests 2-A2-1/252/B.1.13.1 Nondestructive Testing 2-A2-1/25.12/B.1.13.2 Additional Tests 2-A2-1/25.32/B.1.14 Licensee Approvals 2-A2-1/272/B.1.15 Annual Check Tests 2-A2-1/292/B.1.15.1 Upgrading and Uprating 2-A2-1/29.12/B.1.15.1a Upgrading 2-A2-1/29.1.12/B.1.15.1b Uprating 2-A2-1/29.1.22/B.1.16 Quality Assurance Program 2-A2-1/312/B.1.17 Retests 2-A2-1/33Figure 2/B.1.1 Deposited Metal Tension Test Specimen 2-A2-1/Figure 1Figure 2/B.1.2 Butt Weld Tension Test Specimen 2-A2-1/Figure 2Figure 2/B.1.3 Charpy V-Notch Test Specimen 2-A2-1/Figure 3Figure 2/B.1.4 Bending Elongation Test 2-A2-1/Figure 4Part 2Appendix BSection 2

Rules and Regulations for Materials and WeldingRequirements for the Approval of Filler MetalsElectrodes for Shielded Metal Arc Welding

2/B.2 Electrodes for Shielded Metal Arc Welding 2-A2-22/B.2.1 General 2-A2-2/12/B.2.2 Chemical Analysis 2-A2-2/32/B.2.3 Deposited Metal Test Assemblies 2-A2-2/52/B.2.3.1 Test Assembly 2-A2-2/5.12/B.2.3.2 Test Specimens 2-A2-2/5.32/B.2.4 Butt Weld Test Assemblies 2-A2-2/72/B.2.4.1 Test Assemblies 2-A2-2/7.12/B.2.4.2 Welding Procedure 2-A2-2/7.32/B.2.4.3 Test Specimens 2-A2-2/7.52/B.2.5 Fillet Weld Test Assemblies 2-A2-2/92/B.2.5.1 General 2-A2-2/9.12/B.2.5.2 Test Assemblies 2-A2-2/9.32/B.2.5.3 Welding Procedure 2-A2-2/9.52/B.2.5.4 Test Specimens 2-A2-2/9.72/B.2.5.4.1 Macrographs and Hardness Tests 2-A2-2/9.7.12/B.2.5.4.2 Breaking Tests 2-A2-2/9.7.22/B.2.6 Low Hydrogen Approval 2-A2-2/112/B.2.6.1 Ordinary-Strength Filler 2-A2-2/11.12/B.2.6.2 Higher-Strength Filler Metals 2-A2-2/11.32/B.2.6.3 YQ Grade Filler Metals 2-A2-2/11.52/B.2.7 Annual Check Tests 2-A2-2/132/B.2.7.1 General 2-A2-2/13.12/B.2.7.2 Upgrading and Uprating 2-A2-2/13.3Figure 2/B.2.1 Deposited-Metal Test Assembly for Manual and Gas-Metal Arc Welding 2-A2-2/Figure 1Figure 2/B.2.2 Butt Weld Test Assembly for Manual and Gas-Metal Arc Welding 2-A2-2/Figure 2Figure 2/B.2.3 Fillet-Weld Test Assembly 2-A2-2/Figure 3Figure 2/B.2.4 Fillet Weld Hardness Test Locations 2-A2-2/Figure 4



SVR 1999 Title SVR 2001Part 2Appendix BSection 3

Rules and Regulations for Materials and WeldingRequirements for the Approval of Filler MetalsWire-Flux Combinations for Submerged Arc Welding

2/B.3 Wire-Flux Combinations for Submerged Arc Welding 2-A2-32/B.3.1 General 2-A2-3/12/B.3.2 Chemical Analysis 2-A2-3/32/B.3.3 Deposited Metal Test Assemblies for Multi-Run Technique 2-A2-3/52/B.3.3.1 Test Assembly 2-A2-3/5.12/B.3.3.2 Test Specimens 2-A2-3/5.32/B.3.4 Butt Weld Test Assemblies for Multi-Run Technique 2-A2-3/72/B.3.4.1 Test Assembly 2-A2-3/7.12/B.3.4.2 Test Specimens 2-A2-3/7.32/B.3.5 Butt Weld Assemblies for Two-Run Technique 2-A2-3/92/B.3.5.1 Test Assemblies 2-A2-3/9.12/B.3.5.2 Test Specimens 2-A2-3/9.32/B.3.5.3 Longitudinal All-Weld-Metal Tension Test 2-A2-3/9.52/B.3.6 Fillet Weld Tests 2-A2-3/112/B.3.7 Low Hydrogen Approval 2-A2-3/132/B.3.7.1 YQ Grade Wires Flux Combination 2-A2-3/13.12/B.3.8 Annual Check Tests 2-A2-3/152/B.3.8.1 General 2-A2-3/15.12/B.3.8.2 Upgrading and Uprating 2-A2-3/15.32/B.3.9 Multiple Electrodes 2-A2-3/172/B.3.10 Electroslag Welding 2-A2-3/192/B.3.10.1 General 2-A2-3/19.12/B.3.10.2 Annual Tests 2-A2-3/19.32/B.3.10.3 Upgrading and Uprating 2-A2-3/19.5

Figure 2/B.3.1Deposited-Metal Test Assembly for Submerged Arc Welding Multi-Run Techniqueand Automatic Gas-Metal Arc Welding

2-A2-3/Figure 1

Figure 2/B.3.2 Butt-Weld Test Assembly for Submerged Arc Welding Multi-Run Technique 2-A2-3/Figure 2Figure 2/B.3.3 Butt-Weld Test Assembly for Submerged Arc Welding 2-A2-3/Figure 3

Figure 2/B.3.4Butt-Weld Impact Test Specimen Location for Submerged and Gas-Metal ArcWelding Two Run Technique

2-A2-3/Figure 4

Part 2Appendix BSection 4

Rules and Regulations for Materials and WeldingRequirements for the Approval of Filler MetalsWire and Wire Gas Combinations for Gas Metal Arc Welding and Flux Cored Wires for FluxCored Arc Welding

2/B.4Wire and Wire Gas Combinations for Gas Metal Arc Welding and Flux Cored Wiresfor Flux Cored Arc Welding

2-A2-4

2/B.4.1 General 2-A2-4/12/B.4.2 Chemical Analysis and Shielding Gas Compositions 2-A2-4/32/B.4.3 Deposited Metal Test Assemblies for Semi-Automatic and Automatic Testing 2-A2-4/52/B.4.3.1 Semi-Automatic Test Assemblies 2-A2-4/5.12/B.4.3.2 Test Specimens for Semi-Automatic 2-A2-4/5.32/B.4.3.3 Automatic Test Assembly 2-A2-4/5.52/B.4.3.4 Test Specimens for Automatic 2-A2-4/5.72/B.4.4 Butt Weld Test Assemblies for Semi-Automatic and Automatic Techniques 2-A2-4/72/B.4.4.1 Test Assemblies 2-A2-4/7.12/B.4.4.2 Welding Procedure 2-A2-4/7.32/B.4.4.3 Test Specimens 2-A2-4/7.52/B.4.5 Butt Weld Test Assemblies for Two-Run Technique 2-A2-4/92/B.4.5.1 Test Assemblies 2-A2-4/9.12/B.4.5.2 Test Specimens 2-A2-4/9.32/B.4.5.3 Longitudinal All-Weld-Metal Tension Test 2-A2-4/9.52/B.4.6 Fillet Weld Tests 2-A2-4/112/B.4.6.1 General 2-A2-4/11.12/B.4.6.2 Test Assemblies 2-A2-4/11.32/B.4.6.3 Welding Procedure 2-A2-4/11.52/B.4.6.4 Test Requirements 2-A2-4/11.72/B.4.7 Low Hydrogen Approval 2-A2-4/132/B.4.7.1 Flux Cored Wire 2-A2-4/13.12/B.4.7.1a Ordinary or Higher-Strength Wires 2-A2-4/13.1.12/B.4.7.1b YQ-Grade Wires 2-A2-4/13.1.2



SVR 1999 Title SVR 20012/B.4.8 Annual Check Tests 2-A2-4/152/B.4.8.1 General 2-A2-4/15.12/B.4.8.2 Upgrading and Uprating 2-A2-4/15.32/B.4.9 Electrogas Welding 2-A2-4/172/B.4.9.1 General 2-A2-4/17.12/B.4.9.2 Annual Tests 2-A2-4/17.32/B.4.9.3 Upgrading and Uprating 2-A2-4/17.5Figure 2/B.4.1 Butt-Weld Test Assembly for Gas-Metal Arc Welding Two Run Technique 2-A2-4/Figure 1New (2000) Superceded Plate Specification 2-A2-4/Table 1New (2000) Superceded Bar and Shape Specification 2-A2-4/Table 2New (2000) Substitute for Plates, Shapes and Bars 2-A2-4/Table 3New (2000) Substitute for Bars and Reforging 2-A2-4/Table 4Part 2Appendix C

Rules and Regulations for Materials and WeldingApplication of Filler Metals to ABS Steels

2/C Application of Filler Metals to ABS Steels 2-A3




Hull Construction and EquipmentDefinitions

3/1DefinitionsApplication

3-1-13-1-1/1

3/1.1 Length 3-1-1/33/1.1.1 Scantling Length (L) 3-1-1/3.13/1.1.2 Freeboard Length (Lf) 3-1-1/3.33/1.3 Breadth 3-1-1/53/1.5 Depth 3-1-1/73/1.5.1 Molded Depth (D) 3-1-1/7.13/1.5.2 Scantling Depth (Ds) 3-1-1/7.33/1.7 Draft 3-1-1/93/1.8 Molded Displacement and Block Coefficient 3-1-1/113/1.8.1 Molded Displacement () 3-1-1/11.13/1.8.2 Block Coefficient (Cb) 3-1-1/11.3--- Decks 3-1-1/133/1.9 Freeboard Deck 3-1-1/13.13/1.11 Bulkhead Deck 3-1-1/13.33/1.13 Strength Deck 3-1-1/13.53/1.15 Superstructure Deck 3-1-1/13.73/1.16 Deadweight and Lightship Weight 3-1-1/153/1.17 Units 3-1-1/17Part 3Section 2

Hull Construction and EquipmentGeneral

3/2 General Requirements 3-1-23/2.1 Material and Fabrication 3-1-2/13/2.1.1 Material 3-1-2/1.13/2.1.1a Steel 3-1-2/1.1.13/2.1.1b Aluminum Alloys 3-1-2/1.1.23/2.1.1c Design Consideration 3-1-2/1.1.33/2.1.1d Guidance for Repair 3-1-2/1.1.43/2.1.2 Fabrication 3-1-2/1.33/2.2 Application of Steel Materials 51.0 mm (2.00 in.) and Under in Thickness 3-1-2/33/2.2.1 Selection of Material Grade 3-1-2/3.13/2.2.2 Note for the Users 3-1-2/3.33/2.3 Scantlings 3-1-2/53/2.3.1 General 3-1-2/5.13/2.3.2 Reduced Scantlings with Protective Coatings 3-1-2/5.33/2.3.3 Dynamic Loading Approach 3-1-2/5.53/2.4 Proportions 3-1-2/73/2.5 Workmanship 3-1-2/93/2.7 Drydocking 3-1-2/113/2.9 Structural Sections 3-1-2/133/2.9 General 3-1-2/13.13/2.9.1 Deep Supporting Members 3-1-2/13.33/2.9.2 Frames, Beams and Stiffeners 3-1-2/13.53/2.9.2a Section Modulus 3-1-2/13.5.13/2.9.2b Web Thickness 3-1-2/13.5.23/2.11 Structural Design Details 3-1-2/153/2.11.1 General 3-1-2/15.13/2.11.2 Termination of Structural Members 3-1-2/15.33/2.11.3 Fabrication 3-1-2/15.5Table 3/2.1a Material Class of Structural Members 3-1-2/Table 2Table 3/2.1b Material Grades 3-1-2/Table 1Part 3Section 3

Hull Construction and EquipmentSubdivision and Stability

3/3 General Requirements 3-3-13/3.1 General 3-3-1/13/3.3 Criteria 3-3-1/33/3.3.1 Intact Stability 3-3-1/3.13/3.3.2 Subdivision and Damage Stability 3-3-1/3.3



SVR 1999 Title SVR 20013/3.5 Review Procedures 3-3-1/53/3.5.1 Administration Review 3-3-1/5.13/3.5.2 Bureau Review 3-3-1/5.33/3.7 Damage Control Plan for Dry Cargo Ships 3-3-1/7Part 3Section 4

Hull Construction and EquipmentStems, Stern Frames and Rudder Horns

3/4 Stems, Stern Frames and Rudder Horns 3-2-133/4.1 Plate Keels 3-2-2/3.153/4.3 Stems 3-2-13/13/4.3.1 Plate Stems 3-2-13/1.13/4.3.2 Cast-steel Stems 3-2-13/1.3--- Stern Frames 3-2-13/33/4.5 General 3-2-13/3.13/4.7.1 Scantlings Below the Propeller Boss 3-2-13/3.53/4.7.1a Fabricated Stern Frame 3-2-13/3.5.13/4.7.1b Cast Stern Frame 3-2-13/3.5.23/4.7.2 Scantlings Above the Propeller Boss 3-2-13/3.93/4.7.3 Secondary Members 3-2-13/3.113/4.9 Stern Frames with Shoe Piece 3-2-13/3.73/4.11 Shoepieces 3-2-13/3.133/4.13 Rudder Horns 3-2-13/53/4.13.1a Scantlings Single Pintle Rudders 3-2-13/5.13/4.13.1b Scantlings Two Pintle Rudders 3-2-13/5.33/4.13.2 Floors 3-2-13/5.53/4.13.3 Shell Plating 3-2-13/5.73/4.13.4 Water Exclusion 3-2-13/5.93/4.15 Rudder Gudgeons 3-2-13/3.33/4.17 Inspection of Castings 3-2-13/7Figure 3/4.1 Stern Frame 3-2-13/Figure 1Figure 3/4.2 Shoepiece 3-2-13/Figure 2Figure 3/4.3 Rudder Horn 3-2-13/Figure 3Part 3Section 5

Hull Construction and EquipmentRudders

3/5 Rudders 3-2-143/5.1 General 3-2-14/13/5.1.1 Application 3-2-14/1.13/5.1.2 Rudder and Rudder Stock Material 3-2-14/1.33/5.1.3 Expected Torque 3-2-14/1.5--- Design Rudder Force 3-2-14/3

3/5.2.1aRudders without CutoutsMaximum ahead Service Speed

3-2-14/3.14-3-4/1.5.7

3/5.2.1b Rudders with Cutouts 3-2-14/3.33/5.2.2 Design Rudder Torque for Scantlings 3-2-14/53/5.2.2a General 3-2-14/5.13/5.2.2b Rudders without Cutouts 3-2-14/5.33/5.2.2c Rudders with Cutouts 3-2-14/5.53/5.2.2d Trial Conditions 3-2-14/5.73/5.3 Rudder Stocks 3-2-14/7

3/5.3.1Upper Rudder StocksRule Required Upper Rudder Stock Diameter

3-2-14/7.14-3-4/1.5.8

3/5.3.2 Lower Rudder Stocks 3-2-14/7.3

3/5.5.1Flange CouplingsGeneral

3-2-14/93-2-14/9.1

3/5.5.1a Horizontal Couplings 3-2-14/9.33/5.5.1b Vertical Couplings 3-2-14/9.53/5.5.2 Tapered Stock Couplings 3-2-14/113/5.5.2a Taper Ratio 3-2-14/11.13/5.5.2b Keying 3-2-14/11.33/5.5.2c Locking Nut 3-2-14/11.5

3/5.5.3Keyless CouplingsKeyless Coupling

3-2-14/134-3-4/7.7.2

3/5.7PintlesGeneral

3-2-14/153-2-14/15.1



SVR 1999 Title SVR 20013/5.9 Double Plate Rudder 3-2-14/193/5.9.1 Strength 3-2-14/19.13/5.9.1a Clear of Cutouts 3-2-14/19.1.13/5.9.1b In way of Cutouts 3-2-14/19.1.23/5.9.2a Side, Top and Bottom Plating 3-2-14/19.33/5.9.2b Diaphragm Plates 3-2-14/19.53/5.9.2c Watertightness 3-2-14/19.73/5.10 Single Plate Rudder 3-2-14/213/5.10.1 Mainpiece Diameter 3-2-14/21.13/5.10.2 Blade Thickness 3-2-14/21.33/5.10.3 Arms 3-2-14/21.53/5.11 Rudder Stops 3-2-14/1.73/5.13 Supporting and Anti-Lifting Arrangements 3-2-14/173/5.13.1 Rudder Stock and Pintle Bearings 3-2-14/17.13/5.13.1a Bearing Surfaces 3-2-14/17.1.13/5.13.1b Bearing Clearance 3-2-14/17.1.23/5.13.2 Rudder Carrier 3-2-14/17.33/5.13.3 Anti-Lifting Devices 3-2-14/17.5Figure 3/5.1 Rudders without Cutouts 3-2-14/Figure 1Figure 3/5.2 Rudders with Cutouts 3-2-14/Figure 2Figure 3/5.3 Tapered Couplings 3-2-14/Figure 3Table 3/5.1 Section Shape Coefficients 3-2-14/Table 1Table 3/5.2 Bearing Pressure 3-2-14/Table 2Part 3Section 6

Hull Construction and EquipmentLongitudinal Strength

3/6 Longitudinal Strength 3-2-13/6.1 Application 3-2-1/13/6.3 Longitudinal Hull Girder Strength 3-2-1/33/6.3.1 Sign Convention of Bending Moment and Shear Force 3-2-1/3.13/6.3.2 Still-water Bending Moment and Shear Force 3-2-1/3.33/6.3.3 Wave Loads 3-2-1/3.53/6.3.3a Wave Bending Moment Amidships 3-2-1/3.5.13/6.3.3b Envelope Curve of Wave Bending Moment 3-2-1/3.5.23/6.3.3c Wave Shear Force 3-2-1/3.5.33/6.3.4 Bending Strength Standard 3-2-1/3.73/6.3.4a Section Modulus 3-2-1/3.7.13/6.3.4a1 Total Bending Moment 3-2-1/3.7.1(a)3/6.3.4a2 Minimum Section Modulus 3-2-1/3.7.1(b)3/6.3.4a3 Extension of Midship Section Modulus 3-2-1/3.7.1(c)3/6.3.4b Hull Girder Moment of Inertia 3-2-1/3.7.23/6.3.5 Shearing Strength 3-2-1/3.93/6.3.5a General 3-2-1/3.9.13/6.3.5b Shearing Strength for Ships without Effective Longitudinal Bulkheads 3-2-1/3.9.23/6.3.5c Modification of Hull Girder Shear Force Peaks 3-2-1/3.9.33/6.3.5d Shearing Strength for Ships with Two or Three Longitudinal Bulkheads 3-2-1/3.9.43/6.5 Longitudinal Strength with Higher-Strength Materials 3-2-1/53/6.5.1 General 3-2-1/5.13/6.5.2 Hull Girder Moment of Inertia 3-2-1/5.33/6.5.3 Hull Girder Section Modulus 3-2-1/5.53/6.5.4 Hull Girder Shearing Force 3-2-1/5.73/6.7 Loading Guidance 3-2-1/73/6.7.1 Loading Manual and Loading Instrument 3-2-1/7.13/6.7.2 Allowable Stress 3-2-1/7.33/6.7.2a At Sea 3-2-1/7.3.13/6.7.2b In Port 3-2-1/7.3.23/6.9 Section-Modulus Calculation 3-2-1/93/6.9.1 Items Included in the Calculation 3-2-1/9.13/6.9.2 Effective Areas Included in Calculation 3-2-1/9.33/6.9.3 Section Modulus to Deck or Bottom 3-2-1/9.53/6.9.4 Section Modulus to Top of Hatch Coaming 3-2-1/9.73/6.11 Strength Decks 3-2-1/113/6.11.1 Definition 3-2-1/11.13/6.11.2 Tapering of Deck Sectional Area 3-2-1/11.3



SVR 1999 Title SVR 20013/6.13 Continuous Longitudinal Hatch Coamings and Above Deck Girders 3-2-1/133/6.15 Effective Lower Decks 3-2-1/153/6.17 Longitudinal Deck Structures Inboard of Lines of Openings 3-2-1/173/6.17.1 General 3-2-1/17.13/6.17.2 Effectiveness 3-2-1/17.33/6.19 Buckling Strength 3-2-1/19Figure 3/6.1 Sign Convention 3-2-1/Figure 1Figure 3/6.2 Distribution Factor M 3-2-1/Figure 2Figure 3/6.3 Distribution Factor F1 3-2-1/Figure 3Figure 3/6.4 Distribution Factor F2 3-2-1/Figure 4Figure 3/6.5 Shear Force Distribution 3-2-1/Figure 5Part 3Section 7

Hull Construction and EquipmentBottom Structures

3/7 Bottom Structures 3-2-43/7.3 Double Bottoms 3-2-4/13/7.3.1 General 3-2-4/1.13/7.3.2 Center and Side Girders 3-2-4/33/7.3.2a General 3-2-4/3.13/7.3.2b Scantlings 3-2-4/3.33/7.3.2b1 Thickness Amidships 3-2-4/3.3.13/7.3.2b2 Thickness at Ends 3-2-4/3.3.23/7.3.2b3 Depth 3-2-4/3.3.33/7.3.3 Pipe Tunnels 3-2-4/3.5

3/7.3.4Solid FloorsGeneral

3-2-4/53-2-4/5.1

3/7.3.5 Tank End Floors 3-2-4/5.33/7.3.6 Floor Stiffeners 3-2-4/5.5

3/7.3.7Open FloorsGeneral

3-2-4/73-2-4/7.1

3/7.3.7a Frames and Reverse Frames 3-2-4/7.33/7.3.7b Center and Side Brackets 3-2-4/7.53/7.3.7c Struts 3-2-4/7.7--- Bottom and Inner-bottom Longitudinals 3-2-4/113/7.3.8 Bottom Longitudinals 3-2-4/11.33/7.3.9 Inner-bottom Longitudinals 3-2-4/11.53/7.3.10 General 3-2-4/11.13/7.3.11 Docking Brackets 3-2-4/3.73/7.5 Inner Bottom Plating 3-2-4/93/7.5.1 Inner Bottom Plating Thickness 3-2-4/9.13/7.5.2 Center Strakes 3-2-4/9.33/7.5.3 Under Boilers 3-2-4/9.53/7.5.4 In way of Engine Bed Plates or Thrust Blocks 3-2-4/9.73/7.5.5 Margin Plates 3-2-4/9.93/7.5.6 Recommendation Where Cargo is Handled by Grabs 3-2-4/9.113/7.5.7 Wheel Loading 3-2-4/9.133/7.7 Hold Frame Brackets 3-2-5/3.153/7.9 Side Girders 3-2-4/3.93/7.11 Fore-end Strengthening 3-2-4/133/7.11.1 General 3-2-4/13.13/7.11.2 Extent of Strengthening 3-2-4/13.33/7.11.3 Longitudinal Framing 3-2-4/13.53/7.11.4 Transverse Framing 3-2-4/13.73/7.13 Higher Strength Materials 3-2-4/153/7.13.1 General 3-2-4/15.13/7.13.2 Inner-bottom Plating 3-2-4/15.33/7.13.3 Bottom and Inner-bottom Longitudinals 3-2-4/15.53/7.13.4 Center Girder, Side Girders and Floors 3-2-4/15.7--- Structural Arrangements and Details 3-2-4/173/7.15 Structural Sea Chests 3-2-4/17.13/7.17 Drainage 3-2-4/17.33/7.19 Manholes and Lightening Holes 3-2-4/17.53/7.21 Air and Drainage Holes 3-2-4/17.73/7.23 Testing 3-2-4/1.3



SVR 1999 Title SVR 2001Figure 3/7.1 Double-Bottom Open Floors 3-2-4/Figure 1Figure 3/7.2 Double Bottom Solid Floors 3-2-4/Figure 2Table 3/7.1 --- 3-2-4/Table 1Table 3/7.

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