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CR 14
14
DITCH
BARASS
STA. 3+96.40
END PROJECT
STA. 1+71.82
BEGIN PROJECT
@ 30° SKEW RIGHT
COMPOSITE DECK BRIDGE
1-SPAN CB 27X48 PPC
STA. 2+84.27 CONST.
EXISTING BRIDGE ID: 092C00080N
RBI-002-07 TYPICAL GUARDRAIL INSTALLATIONS
RBR-005-11 GUARDRAIL COMPONENTS
RBR-016-05 TIMBER GUARDRAIL POSTS
BGX-006-10 STENCILS FOR STRUCTURES
BBP-003-02
BDP-001-05
BDP-002-03
BDP-003-03
BDP-004-03
BDP-005-05
BJE-001-13
BOX BEAM BEARING DETAILS
ELASTOMERIC BEARING PADS FOR BOX BEAMS
BOX BEAM GENERAL NOTES & REFERENCES
BOX BEAM MISCELLANEOUS DETAILS
BOX BEAM TENSION ROD DETAILS
RAILING SYSTEM TYPE II
NEOPRENE EXPANSION DAM AND ARMORED EDGES
RDI-040-01 EROSION CONTROL BLANKET SLOPE INSTALLATION
RDX-210-03 TEMPORARY SILT FENCE
RDX-220-05
RDX-225-01
SILT TRAP A
SILT TRAP B
RGX-001-06 MISCELLANEOUS STANDARDS
SEPIA 024 TYPICAL GUARDRAIL INSTALLATIONS
SEPIA 027
SEPIA 028 STEEL GUARDRAIL POSTS
STEEL BEAM GUARDRAIL ("W" BEAM)
SEPIA 032
SEPIA 034
SEPIA 035
DELINEATORS FOR GUARDRAIL
GUARDRAIL END TREATMENT TYPE 7
RAILING SYSTEM TYPE II GUARDRAIL TREATMENT
RGX-200-01 ONE POINT PROCTOR FAMILY OF CURVES
BDP-009-04 BOX BEAM B27 & CB27 DETAILS
SEPIA 009
SEPIA 010
TREATMENT OF EMBANKMENTS AT END BENTS
TREATMENT OF EMBANKMENTS AT END BENTS-DETAILS
ROLLING
STANDARD DRAWINGSE-S
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DESIGN CRITERIA
DESIGNED
CLASS OF HIGHWAY
TYPE OF TERRAIN
DESIGN SPEED
REQUIRED NPSD
REQUIRED PSD
LEVEL OF SERVICE
DHV
D %
T %
% RESTRICTED SD
LEVEL OF SERVICE
MAX. DISTANCE W/O PASSING
LATITUDE DEGREES
LONGITUDE SECONDS WEST
SECONDS NORTH
DEGREES
ADT PRESENT ( )
ADT FUTURE ( )
GEOGRAPHIC COORDINATES
RURAL LOCAL
200653
MINUTES
MINUTES
27
58
39
2486
37
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ACTIVE SEPIAS
PREPARED BY
OHIO
2-10014
Construction.
2012 Standard Specifications for Road and Bridge
NUMBER:
LETTING DATE:
PROJECT
COUNTY OF
Commonwealth of KentuckyDEPARTMENT OF HIGHWAYS
FEBRUARY 22, 2019
ITEM NO.
DRAWING NO.27866
LOCATION MAP
Current Interims.
2017 AASHTO LRFD Bridge Design Specifications with
STATE HIGHWAY ENGINEER
PROJECT MANAGER
RECOMMENDED BY:
DATE:
DATE:
PLAN APPROVED BY:
CONTRACT COMPLETION DATE AND LIQUIDATED DAMAGES
TRAFFIC CONTROL
EROSION PREVENTION AND SEDIMENT CONTROL
CONCRETE COATING
INDEX OF SHEETSSheet No. Description
SPECIAL NOTES
SPECIAL PROVISIONS
PLAN SHEET
PROFILE SHEET
GENERAL NOTES
LAYOUT SHEET
PILE RECORD
PILE END BENTS 1 & 2
R3
R4
S1
S2
S3
S4
TYPICAL SECTION SHEET
TITLE SHEET
SPECIFICATIONS
COUNTY OF ITEM NO. SHEET NO.
OHIO 2-10014 R1
TRANSPORTATION CABINETDEPARTMENT OF HIGHWAYS
STA. 2+84.27OVER BARASS DITCH
JOHNSON SCHOOL ROAD (CR 1414)OHIO COUNTY
BPS-003-09 HP12X53 STEEL PILE
69 EMBANKMENT AT BRIDGE END BENT STRUCTURES
R1
R2
R0010
0LS
SEPIA 031ANCHOR
GUARDRAIL END TREATMENT TYPE 7 ALTERNATE
BRIDGE DEMOLITION
TREE CLEARING RESTRICTION
TA C
K
S Y
F
TEO NKE
TU
N
E
O
R
S
EF
O
ISCI
L
P
LA
RE
E
D
ESN
ENI
GN
24751
WILLIAM
GILLEY
ANDREW
TA C
K
N
E
O
R
S
EF
O
ISCI
L
S
P
LA
RE
E
D
ESN
ENI
GN
Y
F
TEO NKE
TU
28391
MICHAEL J.
VICKERS
CONVENTIONAL SIGNS
SURVEY LINE
GRADE LINE
GROUND LINE
COUNTY LINE
CORPORATE LIMITS
PROPOSED RIGHT OF WAY
BENCH MARK
RAILROAD
FENCE (CONTROLLED ACCESS)
FENCE (EXCEPT STONE AND HEDGE)
TREES
PIPE CULVERT
CULVERT
BRIDGE
BUILDINGS
LIGHTING POLE
POWER POLE
JOINT POWER & TELEPHONE POLE
TELEPHONE & TELEGRAPH POLE
ANCHOR, POWER OR TELEPHONE
STUB POWER
STUB TELEPHONE
WATER MAIN
GAS MAIN
TELEPHONE DUCT
ELECTRIC DUCT
DIRECT BURIAL ELECTRIC CABLE
DIRECT BURIAL TELEPHONE CABLE
STONE FENCE
HEDGE FENCE
SWAMP OR MARSH
SPRINGS
QUARRY SITE
LAKES OR PONDS
NORTH POINT
GUARDRAIL
SINKHOLE
400’ V.C.
B.M. NO.4
1-S
FRAME
1-S
BRICK SHED
2-S
BRICK
TERMINALSECTION
GUARDRAILEND TREATMENT
EXISTING PROPOSED
E E
T T
EXISTING ROAD
TRAFFIC LIGHTS
T
E
SAN
STORM
DIRECT BURIAL TV CABLE TV
E
T
SANITARY SEWER (WITH MANHOLE)
STORM SEWER (WITH MANHOLE)
GM
WM
T
E
TV
SAN
STORM
EXIST. RIGHT OF WAY & PROPERTY LINE
RIGHT OF WAY MONUMENT
RIGHT OF WAY MONUMENT
WM6"
GM6"
UTILITY TEST HOLE
EXIST. PROPERTY LINE PL
OVERHEAD WIRE
ELECTRIC MANHOLE EMH EMH
BLUE LINE STREAM
OR DITCH
INTERMITTENT STREAM
REGULATED FLOODWAY
EXISTING R/W MARKER
TELEPHONE MANHOLE TMH TMH
TREE LINE
THEXISTING/ PROPOSED
JOHNSON SCHOOL ROAD PAVEMENT
8.00" DGA BaseSurface and Base
8.00" DGA Base
Detail "A"
Special Note for Bridge Overlay Approach Pavement
GRANULAR EMBANKMENT in accordance with the
paved area will be measured and paid as
DGA Base needed for shoulders outside of
by the field engineer
Width varies and the location to be determined
Detail "A"
!
Varies
NORMAL SECTION
VARIES
Varies Varies
VARIES
Varies
Shld
Grade point
2’-0"2’-0"
Shld
8.0%8.0%
1 1
BEFORE YOU DIG
utility companies have facilities in the area. may be necessary for the contractor to contact the County Court Clerk to determine what excavation with the utility owners, including those whom do not subscribe to KY 811. It members of the KY 811 one-call Before-U-Dig (BUD) service. The contractor must coordinate contractor should be aware that owners of underground facilities are not required to be a minimum of two (2) and no more than ten (10) business days prior to excavation. The for information on the location of existing underground utilities. The call is to be placed The contractor is instructed to call 1-800-752-6007 to reach KY 811, the one-call system
4’-10" to 7’-3" 4’-5" to 7’-3"
NOTES:
1 Width varies and the location to be determined by the field engineer.
be considered for additional payment.
directed. Variance of actual cross sectional quantities versus theoretical quantities will not
yard of granular embankment is full compensation for widening the shoulder for guardrail as
achieve the quantity per side of the roadway. Payment at the contract unit price per cubic
a linear foot of placement multiplied by a theoretical cross section of 12 square feet to
the quantity in cubic yards. The Department will measure along the centerline to determine
place embankment in a manner to ensure proper compaction. The Department will measure
granular embankment as directed by the Engineer. Remove existing topsoil as needed and
When necessary to ensure compliance with standards, widen shoulders behind guardrail with
GRANULAR EMBANKMENT FOR GUARDRAIL
also be incidental to the Lump Sum item of Foundation Preparation.
earthwork (excavation, embankment, grading, etc.) required for roadway approach work will
(if necessary) will be incidental to the Lump Sum item of Foundation Preparation. Any
Structural Granular Backfill along with the geotextile fabric, perforated pipe, and pile core
Drawings 009 and 010, will not be measured and paid as a separate bid item. The required
Structural Granular Backfill, as required by Special Provision No. 69 and applicable Sepia
Contrary to Sections 4 & 5 of SPECIAL PROVISION 69 (EMBANKMENT AT BRIDGE END STRUCTURES),
FOUNDATION PREPARATION
SPECIAL NOTES:
EmbankmentGranular
DGA Base
TYPICAL SECTIONS & LEGEND
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COUNTY OF ITEM NO. SHEET NO.
OHIO 2-10014 R2
JOHNSON SCHOOL ROAD (CR 1414)
OVER BARASS DITCHNTS
PREPARED BY
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C
Groove (Typ.)Rustication
2% 2%P/G
"AA" Conc.5’’ Slab. Class
7’-3’’7’-3’’
8’-0’’8’-0’’
16’-0’’
9’’ 9’’
L of Johnson School Road (CR1414)
and Sepia 035.Std. Dwg. BDP-005 (c.e.)Railing System Type II. See
2’-0’’
4~CB27 Box Beams @ 4’-0" = 12’-0’’
2’-0’’
BRIDGE TYPICAL SECTION
EAST (X)NORTH (Y)
COORDINATE CONTROL POINTS
POINT
ELEV. (Z)
DESCRIPTION
State Plane Coordinates
STATION OFFSET
1
2
3693364.7874566130.694 387.506
384.0204566234.0463693891.304
elevation of CP#1 (Elev.:387.51’)utilizing the KYCORS RTN Network and were adjusted by closed differential level loop based on the Elevations were established by redundant GPS observations NAVD88 vertical datum, Geoid 12B BASIS OF ELEVATIONS
Coordinates, US Survey Feet. No project datum factor was calculated or used for this project.Feet utilizing the KYCORS RTN GPS Network on October 31, 2018. Coordinates shown are State PlaneGNSS receivers. On the NAD83 Kentucky State Plane Coordinate System, KY Single Zone, US Survey Coordinates for horizontal control were obtained by redundant GPS observations using Trimble R10 PROJECT COORDINATES
5/8" REBAR & CAP
5/8" REBAR & CAP
0’ 40’ 80’20’
DEAD TREE
REMOVE
CP #2
CP #1
Existing R/W
Existing R/W
Existing R/W
Existing R/W
4+92.18 8.26’ LT.
N/A N/A
Gravel and Grass
Gravel and Grass
TYSON C. SANDERFUR
DONNA B. MILLIGAN
HAROLD DANE &
JOHNSON SCHOOL ROAD (CR 1414)
0+00
5+00
6+00
6+00
456613
5.09
3693409.09
0+00.00
PO
B
456614
3.82
3693443.09
0+35.10PC
456617
6.01
3693591.
69
1+87.19
PT
456618
6.34
3693650.06
2+46.46
PI
4566240.87
3693884.32
4+86.99
PI
4566267.23
3693994.22
6+00.00
PO
E
1+11.18
PI
1+11.18
PI
E 4566173.27
N 3693576.57
STA. 1+71.82
BEGIN PROJECT
E 4566220.33
N 3693796.09
STA. 3+96.40
END PROJECT
B-1
CONNECT TO BRIDGE RAIL SYSTEM TYPE II
WITH 1-GUARDRAIL END TREATMENT TYPE 7
25 L.F. GUARDRAIL-STEEL W BEAM-S FACE A
LT. STA. 1+80.94 TO STA. 2+55.73 CONST.
BA
RASS
DIT
CH
BA
RA
SS
DIT
CH
8"
11"
10"
8"
18"8"
8"
e= NC
E= 1.45’
R= 2000.00’
L= 152.09’
T= 76.08’
E= 4566162.74
N= 3693516.78
P.I. Sta= 1+11.18BEGIN APPROACH DGA
STA. 2+23.00
END APPROACH DGA
STA. 3+45.00
TH
12"
4’-10"
4’-5"
5’-6"
5’-6"
CONNECT TO BRIDGE RAIL SYSTEM TYPE II
WITH 1-GUARDRAIL END TREATMENT TYPE 7
25 L.F. GUARDRAIL-STEEL W BEAM-S FACE A
RT. STA. 1+71.82 TO STA. 2+47.32 CONST.
BRIDGE
EXISTING
REMOVE
CONNECT TO BRIDGE RAIL SYSTEM TYPE II
WITH 1-GUARDRAIL END TREATMENT TYPE 7
25 L.F. GUARDRAIL-STEEL W BEAM-S FACE A
RT. STA. 3+12.82 TO STA. 3+87.98 CONST.
CYCLOPEAN STONE RIP RAP
CONSTRUCTION AND INSTALLATION OF
49 L.F. DITCH (V-SHAPED) AS PART OF
RT. STA. 2+91.00 TO STA. 3+40.00 REALIGN
EXISTING BRIDGE ID: 092C00080N
CONNECT TO BRIDGE RAIL SYSTEM TYPE II
WITH 1-GUARDRAIL END TREATMENT TYPE 7
25 L.F. GUARDRAIL-STEEL BEAM-S FACE A
LT. STA. 3+21.24 TO STA. 3+96.40 CONST.
PLAN
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COUNTY OF ITEM NO. SHEET NO.
OHIO 2-10014 R3
JOHNSON SCHOOL ROAD (CR 1414)
OVER BARASS DITCH
PREPARED BY
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20:1
20:1
IP
IP
IP
IP
370
372
374
376
378
380
382
384
386
388
390
392
394
396
398
400
402
404
406
408
372
374
376
378
380
382
384
386
388
390
392
394
396
398
400
402
404
406
4+204+000+00 0+20 0+40 0+60 0+80 1+00 1+20 1+40 1+60 1+80 2+00 2+20 2+40 2+60 2+80 3+00 3+20 3+40 3+60 3+80
388.0
388.0
388.0
387.8
387.6
387.5
387.3
387.1
386.8
386.6
386.4
386.1
385.7
385.1
372.7
377.3
384.7
384.5
384.2
384.1
383.9
383.9
384.0
384.1
384.1
384.3
384.5
384.8
385.2
385.6
386.1
385.85
385.63
385.36
385.09
384.82
384.50
4+40 4+60 4+80 5+20 5+40 5+60 5+80 6+00 6+205+00
Elev 382.94Low BeamExisting
PREPARED BY
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DATUM
DATUM
COUNTY OF ITEM NO. SHEET NO.
OHIO 2-10014 R4
JOHNSON SCHOOL ROAD (CR 1414)
PROFILE
OVER BARASS DITCH
JOHNSON SCHOOL ROAD (CR 1414)
BEGIN APPROACH DGA
STA. 2+23.00
END APPROACH DGA
STA. 3+45.00
Ele
v 386.01
PVI 2
+23.00
PVI 2
+51.
52
Ele
v 385.74
PVI 3
+17.03
Ele
v 384.87
PVI 3
+45.00
Ele
v 384.42
-0.95%
-1.33%
-1.61%
STA. 1+71.82
BEGIN PROJECT
STA. 3+96.40
END PROJECT
@ 30° S
KE
W
RIG
HT
CO
MP
OSIT
E
DE
CK
BRID
GE
1-S
PA
N
CB 27
X48 P
PC
ST
A 2
+84.27
CO
NS
T.
ELEV 381.85LOW BEAMPROPOSED
2’
4’
8’
0’
0’ 40’ 80’20’
BRIDGE REMOVAL NOTE
and all appurtenances. Contractor shall final dress all slopes to maximum of 2:1.
structureexisting of removal complete the include shall full in payment sum Lump
piers.timber (3) three and abutments, timber (2) two bridge, timber 58’ (1) one of
of in accordance with the current specifications. The existing structure consists
disposed be shall and contractor the of property the remain shall
bridgeexisting the in material All specifications. the with accordance in
removedbe shall bridge timber span (2) two - 58’x16’ existing The
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DRAWING NO.
SHEET NO.
Commonwealth of Kentucky
DEPARTMENT OF HIGHWAYSCOUNTY
ROUTE CROSSING
PREPARED BY
DETAILED BY:
DESIGNED BY:
DATE: CHECKED BY
REVISION DATE
2-10014
S. Weber M. Vickers
C. Quinn M. Vickers
OHIO
CR1414 BARASS DITCH
GENERAL NOTES
S1
27866
1/19
ITEM NUMBER
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8th edition with interims.
the AASHTO specifications are to the AASHTO LRFD Bridge Design Specifications,
Construction including any current supplemental specifications. All references to
Kentucky Department of Highways Standard Specifications for Road and Bridge
Specifications: References to the specifications are to the current edition of the
This bridge is designed for a future wearing surface of 15 psf.
Design Load: This bridge is designed for KYHL-93 live load, (i.e. 1.25xAASHTO HL93 live load).
Specifications.
than the load and resistance factor design method as specified in the current AASHTO
Design Method: All reinforced concrete members are designed to be equivalent or greater
fy = 60000 psiFor Steel Reinforcement
f’c = 4000 psiFor Class "AA" Reinforced Concrete
f’c = 3500 psiFor Class "A" Reinforced Concrete
Materials Design Specifications:
Grade 60
Deformed and Plain Billet-Steel for Concrete Reinforcement,AASHTO M-31
Premolded Cork Filler, Type IIAASHTO M153
below shall govern the materials furnished.
Material Specifications: AASHTO Specifications or ASTM, current edition, as designated
Specifications.
conform to subsection 807.04.02 (Type II) of the Kentucky Department of Highways Standard
Preformed Cork Expansion Joint Material: Preformed Cork Expansion Joint Material shall
the plans and specifications.
the substructure below the caps. Prestressed beam concrete shall be in accordance with
portions of the substructure above the tops of caps. Class "A" concrete is to be used in
Concrete: Class "AA" Concrete is to be used throughout the superstructure and in the
Bill of Reinforcement shall be considered a stirrup for purposes of bend diameters.
811.10 of the Standard Specifications. Any reinforcing bars designated by suffix "s" in a
bars designated by suffix "e" in the plans shall be epoxy coated in accordance with section
unless otherwise shown. Spacing of bars is from center to center of bars. Any reinforcing
Reinforcement: Dimensions shown from the face of concrete to bars are to center of bars
the work for which no direct payment will be made.
engineer. The contractor shall furnish all plans, equipment and labor necessary to do
shall be imprinted in the concrete with 1 inch letters at a location designated by the
Construction Identification: The names of the Prime Contractor and the Sub-Contractor
Beveled Edges: All exposed edges shall be beveled �", "unless otherwise shown".
specifications.
Beams shall be at the contract unit price per linear foot of beam, in accordance with the
Payment for Precast Concrete Beams: The basis of payment for the Prestressed Concrete
incidental to the unit price bid for Dry Cyclopean Stone Riprap.
Specifications 214 and 843. Payment for Geotextile Fabric, Type I, shall be considered
between the embankment and the slope protection in accordance with Standard
accordance with the plans and specifications. Geotextile Fabric, Type I shall be placed
Slope Protection: Slope Protection at abutments shall be dry cyclopean stone riprap in
labor, or anything else required to complete the structure.
removal of all or parts of existing structures, phase construction, incidental materials,
the work involved. This may include cofferdams, shoring, excavations, backfilling,
operations not otherwise specified, are to be included in the bid item most appropriate to
accordance with the plans and specifications. Material, labor, or construction
Completion of the Structure: The contractor is required to complete the structure in
contractor.
drawings reflecting these changes shall be submitted to the consultant through the
When any changes in the design plans are proposed by the fabricator or supplier, the shop
case by case basis.
paper copies, Construction Management Team reserves the right to require such copies on a
Team" are to be used for fabrication. While this process does not require the submission of
distributed, and only plans electronically stamped "Distributed by Construction Management
for distribution. Only plans submitted directly to the Construction Management Team will be
stamped by the designer and plans will be forwarded to the Construction Management Team
designer’s comments, files shall be returned to the designer. Each sheet will be electronically
submissions as needed and return them to the fabricator. Upon reconciliation of the
either 11" x 17" or 22" x 36" sheets. Designers will make review comments on these electronic
consultant for review. These submissions shall depict the shop plans, in .pdf format, as
Shop Drawings: Fabricators shall submit all required shop plans, by e-mail, to the design
activities that may involve utilities (overhead or underground).
prior to excavation of material or installation of guardrail or other construction
Utilities: The contractor shall be responsible for locating any and all existing utilities
shall be replaced at the contractor’s expense.
material. New material that is unsuitable because of variations in the existing structure
Verifying Field Conditions: The contractor shall field verify all dimensions before ordering
dimensions are horizontal dimensions.
Dimensions: Dimensions are for a normal temperature of 60 degrees fahrenheit. Layout
end of slab before the concrete is allowed to set.
Superstructure Slab: The superstructure slab shall be poured continuously from end to
measurement of payment shall be made.
shall be considered incidental to the unit price bid for concrete class ’AA’ and no separate
The cost of labor, materials, and incidental items for furnishing and installing Mastic Tape
manufacturer’s recommendations with the overlap running downhill.
Mastic Tape shall be spliced by taping a minimum of 6" and in accordance with the
Mastic Tape shall cover the joint continuously unless otherwise shown in the plans.
or approved equal.
Cadilloc by The UP Rubber Co. Inc.
Seal Wrap by Mar Mac Manufacturing Co. Inc.,
EZ-Wrap Rubber by Press-seal Casket Corporation,
Mastic Tape shall be either:
of the joint.
required by the tape manufacturer, shall be applied for a minimum width of 9" on each side
the joint surface shall be clean and free of dirt, debris, or deleterious material. Primer, if
Type I, II, or III. The joint is to be covered with 12" wide mastic tape. Prior to application,
Mastic Tape: Mastic Tape used to seal joints is to meet the requirements of ASTM C-877
when pouring the concrete deck slab or when taking "top of beam" elevations.
Temporary Supports: Temporary Supports or shoring will not be permitted under the beams
end of bridge.
Armored Edge: Fabricate armored edge to match cross slope and parabolic crown at each
of the Specifications.
Foundation Preparation: Foundation Preparation shall be in accordance with Section 603
but shall be included in the Lump Sum Bid for Foundation Preparation.
Contrary to the Specifications, Structural Granular Backfill will not be measured for payment
with Section 805 of the Specifications.
Structural Granular Backfill: Materials for Structural Granular Backfill shall be in accordance
of the specifications and of the type shown on the pile record sheet.
Pile Points: Provide pile points for all piles. Pile points shall be in accordance with Section 604
General Notes
notarized.
Contrary to the standard drawings for steel piling, mill test reports are not required to be
structure.
All test piles shall be accurately located so that they may be used in the finished
required.
Test piles shall be driven where designated on the plans to determine the length of pile
Piling: Piling shall be driven to practical refusal as defined on the pile record sheet.
for Precast Beams.
Method B. The cost of bearing pads is to be included in the unit price per linear feet
and shall be subjected to the load testing requirements corresponding to Design
Bearings shall be Low Temperature Grade 3 with a shear modulus between 95 psi and 130 psi
Standard Specifications for Highway Bridges, Division II, Section 18.
Elastomeric Bearing Pads: Elastomeric Bearing Pads shall conform to the AASHTO
if the actual quantity is different than this estimate.
contractor to verify this estimate and bid appropriately. No payment adjustments will be made
Concrete Coating: Concrete Coating is estimated at 1728 S.F. It is the responsibility of the
8"
11"
10"
8"
18"
8"
8"
TH
12"
JOHNSON SCHOOL ROAD (CR 1414)
C
Std. Dwg. BDP-005 (c.e.)
Railing System Type II. See
Groove (Typ.)
Rustication
2% 2%
456618
6.34
3693650.06
2+46.46
PI
456617
6.01
3693591.
69
1+87.19
PI
-1.33%
JOHNSON SCHOOL ROAD (CR 1414)
370
388
386
384
382
380
378
376
374
372
Datum Line
368
366
2+00
3+00 4
+00
Barass
Dit
ch
2:1 N
ormal
Detail
Toe of Slope
Line
Ground
2’-0"
2’-
0"
2’-
0"
1’-0" 1’-0" 1’-0" 1’-0" 1’-0" 1’-0"
�"
.0
033’
�"
.0
133’
�"
.0
133’
�"
.0
30
0’
�"
.0
033’
-2.0% -2.0%}{
Concrete Surface Profile Grade
6’-0" Vertical Curve
PARABOLIC CROWN
! Bridge
385
385
385
380
380
380
375
380
375
380
Loop
of bridge to prevent damage to tape.
shall be looped as shown at expansion ends
between beam ends and abutment. Tape
mastic tape to water-proof the joint
Note: Contractor shall provide 12" wide
END OF BEAM DETAIL
To Beam
Measured Parallel
KY 136MUD COLLEGE RD.
Ele
v 386.01
PVI 2
+23.00
PVI 2
+51.
52
Ele
v 385.74
PVI 3
+17.03
Ele
v 384.87
PVI 3
+45.00
Ele
v 384.42
-0.95%-1.61%
L Bridge
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DRAWING NO.
SHEET NO.
Commonwealth of Kentucky
DEPARTMENT OF HIGHWAYSCOUNTY
ROUTE CROSSING
PREPARED BY
DETAILED BY:
DESIGNED BY:
DATE: CHECKED BY
REVISION DATE
2-10014
S. Weber M. Vickers
C. Quinn M. Vickers
OHIO
CR1414 BARASS DITCH
LAYOUT
S2
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16’-0"
P/G
PLAN
ELEVATION
TYPICAL SECTION
7’-3"7’-3"9" 9"
65’-6" Out to Out
64’-0" ! Brg. to ! Brg.9" 9"
Sta. 2+51.52
Begin Bridge
Sta. 3+17.02
End Bridge
Sta. 2+52.27
! Brg. E.B.#1 Sta. 3+16.27
! Brg. E.B.#2
Elev. 381.73
Low Bridge Seat
14’-6" Bridge Roadway Width - 30° Skew Rt.
Live Load 1.25 x HL-93 (KY HL-93)
64’-0" Single Span CB27 PPC Box Beam
(Superstructure Not Shown)
"AA" Conc.5" Slab Class
#5 Bars @ 12" Max. Spacing
Clr.2�"Max. Spacing
#5 Bar @ 12"
6’-0" Parabolic Crown
Note: All Slab Reinf. to be Epoxy Coated
Stone Rip-Rap (Typ.)
Limits of Cyclopean
Elev. 382.58
Low Bridge Seat
30° (Typ.)
Tree
Dead
Remove
*2
*1 *2
*1
* Measured to Abutment
Elev. 381.58
Pile Cutoff
Elev. 380.73
Pile Cutoff
381.58
Berm Elev.380.73
Berm Elev.
Type I
Geotextile Fabric
Stone Rip-Rap Over
2’-0" Thick Cyclopean
End of Bridge
Mastic Tape
of Abut.
Back Face
! Bearing
Armored Edge
9"
1�"
11�"
4~CB27 Box Beams @ 4’-0" = 16’-0"
End Bent 1 End Bent 2
Width (Typ.)3’-0" Berm
(Fix) (Fix)
(Typ.)3’-0" Berm
No.
Pile
Elevation
Cut-off
Pile
In Place
Length
Pile
As Driven
Elevation
Point of Pile
Load
Axial
Design
PILE RECORD FOR POINT BEARING PILES
FEET FEET FEET TONS
1
2
3
4
5
6
7
8
Definitions of Terms
Field Data
calculations for Factored LRFD Loadings.
practical refusal.
CALCULATED FIELD BEARING: Contrary to Section 604.03.07 of the Standard Specifications,
in place bearing values are not required for piles bearing on rock when driven to
DESIGN AXIAL LOAD: Load carried by each pile as estimated from structural design
structure.
POINT OF PILE ELEVATION AS DRIVEN: Actual point of pile elevation in the finished
structure.
PILE LENGTH IN PLACE: Actual pile length below the Pile Cut-Off Elevation in the finished
PILE CUT-OFF ELEVATION: Elevation of the top of pile in the finished structure.
Length in Place and Point of Pile Elevation as Driven.
For each pile, the Project Engineer shall record the following on this sheet: Pile
required to keep and submit.
This pile record does not replace other pile records the Project Engineer is
Submit this record to:
Frankfort, KY 40622
200 Mero Street
3rd Floor East
Director, Division of Structural Design
Kentucky Transportation Cabinet
PILE LAYOUT
87
87
87
87
87
87
87
87
381.58
380.73
Ahead
381.58
381.58
381.58
380.73
380.73
380.73
Use HP 12x53 in accordance with BPS-003, c.e.
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DRAWING NO.
SHEET NO.
Commonwealth of Kentucky
DEPARTMENT OF HIGHWAYSCOUNTY
ROUTE CROSSING
PREPARED BY
DETAILED BY:
DESIGNED BY:
DATE: CHECKED BY
REVISION DATE
2-10014
S. Weber M. Vickers
C. Quinn M. Vickers
OHIO
CR1414 BARASS DITCH
PILE RECORD
S3
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DRIVING CRITERIA: Drive point bearing piles to practical refusal.
pile driving procedures.by the Engineer will be subject to satisfactory field performance of the prior to the installation of the first pile. Approval of the pile driving systemContractor shall submit the proposed pile driving system to the Engineerwithout encountering excessive blow counts or damage to the piles. The 75 foot-kips will be required to drive 12x53 steel H-piles to practical refusalA diesel pile driving hammer with a rated energy between 44 foot-kips and
groundwater will be encountered at foundation locations within the floodplain.required to facilitate foundation construction. it should be anticipated that Temporary shoring, sheeting, cofferdams and/or a dewatering method may be
performed in accordance with applicable federal, state, and local guidelines.safety to people working in or around the excavations. Bracing should be Foundation excavations should be properly braced/shored to provide adequate
Driving Criteria and Pile Notes
directed by the Engineer.to further advance the pile. Drive additional production and test piles if the average driving resistance specified for practical refusal is required to the depth anticipated, the Engineer will determine if more blows than strata or an obstruction, such as a boulder before the pile is advanced damaged during driving. If hard driving is encountered because of dense Immediately cease driving operations if the pile visibly yields or becomes resistances specifed above and to depths determined by test pile(s). penetration of �" or less. Advance the production piling to the driving is obtained after the pile is struck an additional 10 blows with total penetration becomes �" or less for 10 consecutive blows, practical refusal For this project minimum blow requirements are reached after total
3 Spa.
@ 8’-
0" = 24’ -0"
2’ -10�
"
2’-
10�
"
3 Spa.
@ 8’-
0" = 24’ -0"
2’-
10�
"
2’ -10�
"
29’ -9�
"
29’ -9�
"
30°0’0
"
30°0’0
"
! Brg. E.B.#1
! Brg. E.B.#2
(CR 1414)
! Johnson School Rd.
Pile #1
Pile #2
Pile #3
Pile #5
Pile #6
Pile #7
Pile #8
(Test Pile)
Pile #4
and Bridge Construction, current edition.accordance with Section 604 of the Kentucky Standard Specifications for Roadmay be encountered is recommended. Installation of pile points should be in of reinforced pile points capable of penetrating boulders and hard layers which used on end bearing piles to allow for embedment into the top of bedrock. UseThe Kentucky Transportation Cabinet recommends that protective pile points be
Construction.Kentucky Department of Highway Standard Specifications for Road and BridgeBridge Design Specifications, and Section 604 of the current edition of the The installation of the pile foundations should conform to current AASHTO LRFD
ELEVATION
5~A2 as shown
1’-6"
3’-0"
1"
4~A2 Eq. Spa.
5~A2 as shown
1’-6"
3’-0"
1"
4~A2 Eq. Spa.
Em
b.
Min.
1’-6"
9"
SECTION B-BSECTION A-A
! Brg. & ! Cap
! Brg. & ! Cap
3" cl.
3" cl.
3" cl.
A4
6"
+
SD
H
16
A B C D E G H
3�" 3 1’-6" 6 5’-0"
L
MARK TYPE NO. SIZE LENGTH
A1e 24 5 11- 0
A2e Str. 9 8 26- 3
14s
A3e Str. 4 5 26- 3
A1e 27 5 11- 0
A2e Str. 9 8 29- 5
14s
A3e Str. 4 5 29- 5
A1e 34 5 11- 0
A2e Str. 9 8 35- 3
14s
A3e Str. 4 5 35- 3
WIDTH
BRIDGE
24
32
H1 73
H2
H3
87
SIZE TONS
80
99
88
116
PILE LOAD
2
2
3
4
16’-0" BRIDGE WIDTH
MARK TYPE NO. SIZE LENGTH
A1e 34 5 11- 0
A2e Str. 9 8 35- 6
14s
A3e Str. 4 5 35- 6
A1e 36 5 11- 0
A2e Str. 9 8 38- 8
14s
A3e Str. 4 5 38- 8
A1e 41 5 11- 0
A2e Str. 9 8 44- 6
14s
A3e Str. 4 5 44- 6
24’-0" BRIDGE WIDTH
MARK TYPE NO. SIZE LENGTH
A1e 41 5 11- 0
A2e Str. 9 8 44- 9
14s
A3e Str. 4 5 44- 9
A1e 43 5 11- 0
A2e Str. 9 8 47-11
14s
A3e Str. 4 5 47-11
A1e 48 5 11- 0
A2e Str. 9 8 53- 9
14s
A3e Str. 4 5 53- 9
32’-0" BRIDGE WIDTH
DIMENSIONS
A4e Str. 33 5
A5e Str. 4 5 8- 0
A6e Str. 4 5 6- 6
5-11
A4e Str. 22 5
A5e Str. 3 5 5- 1
A6e Str. 3 5 3- 7
4- 8
A4e Str. 15 5
A5e Str. 2 5 3- 6
A6e Str. 2 5 2- 0
4- 0
MARK TYPE NO. SIZE LENGTH
CAP BILL OF REINFORCEMENT
QUANTITIES
STEEL (LBS.)
H1
H2
H3
H1
H2
H3
H1
H2
H3
12" SDH 27"
27" SDH 35"
35" SDH 50"
[if applicable]
+(haunch+slab)
+pad height
SDH=Beam Height
SUPERSTRUCTURE HEIGHT
2~A3 e.f. @ eq. spa.2~A3 e.f. @ eq. spa.
! Brg. & ! Cap
30°
PLAN
"PE""PE"
1’-6"
3’-
0"
"WV"
~Wing A~ ~Wing B~
B
B
A2 A3
"A" 2’-0"
"B"~A1 @ "C" = "D"
="G" (Typ.)
"E"~A1 @ "F"
(Ty
p.)
2’-
0"
"WX"
3’-
0"
Varie
s
6"
+
SD
H
joint material (Typ.)
�" expansion
6"
= "K"
"J"~A4 @ 12"
(If necessary)
Field Bend
A6 or A8 f.f.
A5 or A7 b.f.
WV WX
0
0
0
0
0
0
WALB WAUB WV WX
0
0
0
0
0
0
WALF WAUF
4’-0�"
WV WX
0
5’-7�"
8’-6�" 3’-9�" 4’-9" 2’-1"
0
0
0
0
0
WBLB WBUB
5’-9�"
WV WX
0
7’-4�"
5’-6�" 4’-9" 2’-1"
0
0
0
0
0
WBLF WBUF
4’-0�"
! Bridge
! Bridge
A10 or A12 f.f.
A9 or A11 b.f.
WING A
Back Face Front Face Front FaceBack Face
WING B
J
4
K
3’-0"
J
2
K
1’-0"
4 3’-0"
7 6’-0"
J
4
K
3’-0"
6 5’-0"
8 7’-0"
J
5
K
4’-0"
7 6’-0"
10 9’-0"
Str. 4 5
Str. 4 5 9- 9
Str. 1 6 8- 5
8- 3
Str. 3 5
Str. 3 5 6-10
Str. 1 6 5- 1
5- 4
A7e Str. 2 5
A8e Str. 2 5 5- 3
A9e Str. 1 6 3- 6
3- 9
MARK TYPE NO. SIZE LENGTH
A7e
A8e
A9e
A7e
A8e
A9e
Str. 1 6
Str. 1 6 8- 9
Str. 1 6 10- 2
6-11
Str. 1 6
Str. 1 6 5- 4
Str. 1 6 6-10
3- 7
A10e Str. 1 6
A11e Str. 1 6 3- 9
A12e Str. 1 6 5- 3
2- 0
MARK TYPE NO. SIZE LENGTH
A10e
A11e
A12e
A10e
A11e
A12e
CONC. (C.Y.)
A1A1
*"WBLB"
*"WBUB""WV"
*"WALB"
*"WAUB"
*"WBLF"*"WALF"
*WBUF*WAUF
A4 A4
seats with rolled steel beams to maintain proper roadway slope.
Slope cap as necessary with side by side box beams and step cap
NOTE:
4
4
5
PS PL
7’-0"
PE
21’-0"
8’-0" 24’-0"
7’-6" 30’-0"
6
5
5
7
6
6
7’-6" 30’-0"
32’-0"8’-0"
8’-0" 40’-0"
8’-0" 40’-0"
8’-0" 40’-0"
48’-0"8’-0"
NO.
PILES
3’-
0"
Min.
3’-
0"
Min.
spa. (e.f.)
or
A8
@ e
q.
"H"~
A5,
A6,
A7
"L"
"L1" "L2"
L1 L2
12’-5�" 14’-2�"26’-7�"
A
A
2’-10�"
(Left skew shown, right skew opposite hand)
F
12"
3
4
2
3
4
88
2’-9�"
2’-9�"
2’-11�"
3’-6�"
2’-5�"
2’-6�"
4’-1�"
3’-0�"
9"
2�" 3 10" 1’-8" 7 12" 6’-0"
3�" 3 1’-6"9" 7 11" 5’-6"
3�" 3 10" 1’-8" 7 11" 5’-6"
3�" 4 9" 2’-3" 7 12" 6’-0"
3 1’-2"7" 7 12" 6’-0"
2�" 3 8" 1’-4" 7 12" 6’-0"
4�" 4 11" 2’-9" 7 12" 6’-0"
2�" 3 11" 1’-10" 7 12" 6’-0"
29’-9�" 14’-0�" 15’-9�"
35’-7�" 16’-11�" 18’-8�"
35’-10�" 17’-0�" 18’-9�"
39’-0�" 18’-7�" 20’-4�"
44’-10�" 21’-6�" 23’-3�"
45’-1�" 21’-8�" 23’-5�"
48’-3�" 23’-3�" 25’-0�"
54’-1�" 26’-2�" 27’-11�"
5’-7�"
8’-6�" 3’-9�" 4’-9" 2’-1"
5 4’-0"
8 7’-0"
2’-3�"
3’-10�"
6’-9�" 2’-0�" 4’-9" 2’-1" 10’-3�"
0
0
0
0
0
0
0
0
0
0
0
0
4’-0�" 0
5’-7�"
8’-6�" 3’-9�" 4’-9" 2’-1"
0
0
0
0
0
5’-9�" 0
7’-4�"
5’-6�" 4’-9" 2’-1"
0
0
0
0
0
4’-0�" 4 3’-0" 2 1’-0"
4 3’-0"
7 6’-0"
4 3’-0"
6 5’-0"
8 7’-0"
5 4’-0"
7 6’-0"
10 9’-0"
5’-7�"
8’-6�" 3’-9�" 4’-9" 2’-1"
5 4’-0"
8 7’-0"
2’-3�"
3’-10�"
6’-9�" 2’-0�" 4’-9" 2’-1" 10’-3�"
0
0
0
0
0
0
0
0
0
0
0
0
4’-0�" 0
5’-7�"
8’-6�" 3’-9�" 4’-9" 2’-1"
0
0
0
0
0
5’-9�" 0
7’-4�"
5’-6�" 4’-9" 2’-1"
0
0
0
0
0
4’-0�" 4 3’-0" 2 1’-0"
4 3’-0"
7 6’-0"
4 3’-0"
6 5’-0"
8 7’-0"
5 4’-0"
7 6’-0"
10 9’-0"
5’-7�"
8’-6�" 3’-9�" 4’-9" 2’-1"
5 4’-0"
8 7’-0"
2’-3�"
3’-10�"
6’-9�" 2’-0�" 4’-9" 2’-1" 10’-3�"
A5 or A9
A6 or A10
A7 or A11
A8 or A12
*17’-7�" (32’ bridge width)
*13’-0�" (24’ bridge width)
*8’-5" (16’ bridge width)
*19’-4�" (32’ bridge width)
*14’-9�" (24’ bridge width)
*10’-1�" (16’ bridge width)
*19’-4�" (32’ bridge width)
*14’-9�" (24’ bridge width)
*10’-1�" (16’ bridge width)
*17’-7�" (32’ bridge width)
*13’-0�" (24’ bridge width)
*8’-5" (16’ bridge width)
Geometry Reinforcement
WING BILL OF REINFORCEMENT
A9 or A11
A10 or A12
1132
1345
1777
1508
1709
1850
2051
2460
11.3
14.1
19.5
14.4
17.2
17.4
20.3
25.6
22.6 2119
End Bent
Back Face of
103
109
No. Piles @ "PS" = "PL"
3�"
rolled beam superstructure
*Adjust 10�" as necessary for
damaging the pile. Contractor shall be responsible for all damaged piling.
to refusal or capacity without encountering excessive blow counts or
10) Contractor shall provide a hammer capable of driving the piling
circumstances.
refusal on bedrock. A minimum pile length of 10’ is required in all
Piles at wet crossings must be driven to 10’ below stream bed or to
9) Piles must be driven 10’ into existing ground or to refusal on bedrock.
8) Pile load given is Factored Strength Load.
be driven to (Pile Load/0.4) using the Gates Method.
7) Piles driven to rock must be driven to Refusal. Friction Piles must
6) Piles may be HP12x53 or 16" Steel Pipes with �" wall thickness.
H3 - CB33, B42, CB42 or rolled steel beams up to 36" nominal depth.
H2 - CB21, B27, CB27, B33 or rolled steel beams up to 24" nominal depth.
H1 - B12, CB12, B17, CB17, B21 or rolled steel beams up to 16" nominal depth.
steel and concrete beams as shown in the current standards:
5) End Bents are designed for the maximum span of the following
4) Maintain 2" clear cover to reinforcement unless otherwise noted.
3) Rebar to be epoxy coated A615, Grade 60.
2) Concrete to be Class "A", 3500 psi.
1) Conform to KYTC, Standard Specifications, Current Edition.
NOTES:
Trim A4-A12 bars as necessary.
NOTE:
(typ. each wing).are set and tensioning rods are tightenedbox beams. Wings shall be poured after beamsMandatory Construction joint for side by side
lap
6"
2’-
7"
2’-8"
A1 Bar
~Size #5~
(Berm)
2:1
SECTION THRU END BENT
3’-0"
(Showing berm and fill slope)
Min.
1’-0"
before driving piles.
of cap elevation
Fill to bottom
Geotextile Fabric Type I
Cyclopean Stone Rip Rap with
(Typ.)
2’-
0"
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Micro
Statio
n v8.11.9.459
DRAWING NO.
SHEET NO.
Commonwealth of Kentucky
DEPARTMENT OF HIGHWAYSCOUNTY
ROUTE CROSSING
PREPARED BY
DETAILED BY:
DESIGNED BY:
DATE: CHECKED BY
REVISION DATE
2-10014
S. Weber M. Vickers
C. Quinn M. Vickers
OHIO
CR1414 BARASS CREEK
PILE END BENTS 1&2
S4
27866
1/19
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