introduction to abaqus - · pdf filet es day 1 lesson 1 overview of abaqus demo 1 a first look...
TRANSCRIPT
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Introduction to Abaqus
6.12
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Course objectives Upon completion of this course you will be able to:
Use Abaqus/CAE to create complete finite element models.
Use Abaqus/CAE to submit and monitor analysis jobs.
Use Abaqus/CAE to view and evaluate simulation results.
Solve structural analysis problems using Abaqus/Standard and Abaqus/Explicit, including the effects of
material nonlinearity, large deformation and contact.
Targeted audience
Simulation Analysts
Prerequisites None
About this Course
5 days
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Day 1
Lesson 1 Overview of Abaqus
Demo 1 A First Look at Abaqus
Workshop 1 Linear Static Analysis of a Cantilever Beam
Lesson 2 Working with Geometry in Abaqus
Demo 2a Working with Native Geometry
Demo 2b Generating a Shell Feature from a Solid Feature
Demo 2c Generating a Shell From a Thin Solid
Workshop 2a Creating Native Geometry: Pipe Creep Model
Workshop 2b Import and Geometry Repair: Intersecting Pipes
Workshop 2c Reinforced panel: Geometry (Optional)
Lesson 3 Working with Models Created Outside Abaqus
Demo 3 Importing and Editing an Orphan Mesh
Workshop 3 Importing and Editing an Orphan Mesh: Pump Model
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Day 2
Lesson 4 Material and Section Properties
Demo 4 Creating Materials and Assigning Sections
Workshop 4a Material and Section Properties: Pipe Creep Model
Workshop 4b Material and Section Properties: Pump Model
Workshop 4c Reinforced Panel: Properties (Optional)
Lesson 5 Assemblies in Abaqus
Demo 5 Creating an Assembly
Workshop 5a Pump Model Assembly
Workshop 5b Reinforced Panel: Assembly (Optional)
Lesson 6 Steps, Output, Loads, and Boundary Conditions
Demo 6a Creating Steps
Demo 6b Using the Load Module
Workshop 6a Step Definition and Loads: Pipe Creep Model
Workshop 6b Step Definition and Loads: Pump Model
Workshop 6c Reinforced Panel: Step Definition and Loads (Optional)
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Day 2 (cont'd)
Lesson 7 Meshing Imported and Native Geometry
Demo 7a Using the Mesh Module
Demo 7b Partitioning and Meshing
Workshop 7a Structured Hex Meshing: Pipe Creep Model
Workshop 7b Free and Swept Meshing: Pump Model
Workshop 7c Meshing of Intersecting Pipes
Workshop 7d Reinforced Panel: Mesh (Optional)
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Day 3
Lesson 8 Job Management and Results Visualization
Demo 8a Using the Keywords Editor
Demo 8b Visualizing Results
Workshop 8a Creep of a Pipe Intersection
Workshop 8b Analysis of a Reinforced Panel (Optional)
Lesson 9 Linear Static Analysis
Demo 9 Multiple Load Cases
Workshop 9a Linear Static Analysis of a Cantilever Beam:
Multiple Load Cases
Workshop 9b Linear Analysis of a Skew Plate
Lesson 10 Adding Material and Geometric Nonlinearity
Demo 10 Nonlinear Static Analysis
Workshop 10 Nonlinear Analysis of a Skew Plate
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Day 4
Lesson 11 Multistep Analysis in Abaqus
Workshop 11 Unloading Analysis of a Skew Plate
Lesson 12 Constraints and Connections
Demo 12 Defining a Rigid Body
Workshop 12 Defining Tie Constraints: Pump Model
Lesson 13 Contact
Demo 13 Using Automatic Contact Detection and General Contact
Workshop 13 Nonlinear Static Analysis of a Pump Assembly
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Day 5
Lesson 14 Dynamic Analysis
Demo 14 Dynamic Analysis
Workshop 14a Dynamic Analysis of a Skew Plate
Workshop 14b Pipe Whip Analysis
Lesson 15 Analyzing Highly Nonlinear Quasi-Static Problems
Demo 15 Quasi-Static Analysis
Workshop 15 Single Pass Rolling of a Thick Plate
Lesson 16 Heat Transfer and Thermal-Stress Analysis
Demo 16 Thermal Analysis
Workshop 16 Thermal-Stress Analysis of Intersecting Pipes
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Additional Material
Appendix 1 Introduction to Finite Element Analysis
Appendix 2 Element Selection Criteria
Appendix 3 More on Contact
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Legal Notices
The Abaqus Software described in this documentation is available only under license from Dassault
Systèmes and its subsidiary and may be used or reproduced only in accordance with the terms of such
license.
This documentation and the software described in this documentation are subject to change without
prior notice.
Dassault Systèmes and its subsidiaries shall not be responsible for the consequences of any errors or
omissions that may appear in this documentation.
No part of this documentation may be reproduced or distributed in any form without prior written
permission of Dassault Systèmes or its subsidiary.
© Dassault Systèmes, 2012.
Printed in the United States of America
Abaqus, the 3DS logo, SIMULIA and CATIA are trademarks or registered trademarks of Dassault
Systèmes or its subsidiaries in the US and/or other countries.
Other company, product, and service names may be trademarks or service marks of their respective
owners. For additional information concerning trademarks, copyrights, and licenses, see the Legal
Notices in the Abaqus 6.12 Release Notes and the notices at:
http://www.3ds.com/products/simulia/portfolio/product-os-commercial-programs.
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Revision Status
Demonstration 1 5/12 Updated for 6.12
Demonstration 2a 5/12 Updated for 6.12
Demonstration 2b 5/12 Updated for 6.12
Demonstration 2c 5/12 Updated for 6.12
Demonstration 3 5/12 Updated for 6.12
Demonstration 4 5/12 Updated for 6.12
Demonstration 5 5/12 Updated for 6.12
Demonstration 6a 5/12 Updated for 6.12
Demonstration 6b 5/12 Updated for 6.12
Demonstration 7a 5/12 Updated for 6.12
Demonstration 7b 5/12 Updated for 6.12
Demonstration 8a 5/12 Updated for 6.12
Demonstration 8b 5/12 Updated for 6.12
Demonstration 9 5/12 Updated for 6.12
Demonstration 10 5/12 Updated for 6.12
Demonstration 11 5/12 Updated for 6.12
Demonstration 12 5/12 Updated for 6.12
Demonstration 13 5/12 Updated for 6.12
Demonstration 14 5/12 Updated for 6.12
Demonstration 15 5/12 Updated for 6.12
Demonstration 16 5/12 Updated for 6.12
Lesson 1 5/12 Updated for 6.12
Lesson 2 5/12 Updated for 6.12
Lesson 3 5/12 Updated for 6.12
Lesson 4 5/12 Updated for 6.12
Lesson 5 5/12 Updated for 6.12
Lesson 6 5/12 Updated for 6.12
Lesson 7 5/12 Updated for 6.12
Lesson 8 5/12 Updated for 6.12
Lesson 9 5/12 Updated for 6.12
Lesson 10 5/12 Updated for 6.12
Lesson 11 5/12 Updated for 6.12
Lesson 12 5/12 Updated for 6.12
Lesson 13 5/12 Updated for 6.12
Lesson 14 5/12 Updated for 6.12
Lesson 15 5/12 Updated for 6.12
Lesson 16 5/12 Updated for 6.12
Appendix 1 5/12 Updated for 6.12
Appendix 2 5/12 Updated for 6.12
Appendix 3 5/12 Updated for 6.12
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Revision Status
Workshop 1 5/12 Updated for 6.12
Workshop 2a 5/12 Updated for 6.12
Workshop 2b 5/12 Updated for 6.12
Workshop 2c 5/12 Updated for 6.12
Workshop 3 5/12 Updated for 6.12
Workshop 4a 5/12 Updated for 6.12
Workshop 4b 5/12 Updated for 6.12
Workshop 4c 5/12 Updated for 6.12
Workshop 5a 5/12 Updated for 6.12
Workshop 5b 5/12 Updated for 6.12
Workshop 6a 5/12 Updated for 6.12
Workshop 6b 5/12 Updated for 6.12
Workshop 6c 5/12 Updated for 6.12
Workshop 7a 5/12 Updated for 6.12
Workshop 7b 5/12 Updated for 6.12
Workshop 7c 5/12 Updated for 6.12
Workshop 7d 5/12 Updated for 6.12
Workshop 8a 5/12 Updated for 6.12
Workshop 8b 5/12 Updated for 6.12
Workshop 9a 5/12 Updated for 6.12
Workshop 9b 5/12 Updated for 6.12
Workshop 10 5/12 Updated for 6.12
Workshop 11 5/12 Updated for 6.12
Workshop 12 5/12 Updated for 6.12
Workshop 13 5/12 Updated for 6.12
Workshop 14a 5/12 Updated for 6.12
Workshop 14b 5/12 Updated for 6.12
Workshop 15 5/12 Updated for 6.12
Workshop 16 5/12 Updated for 6.12
L1.1
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The following topics are covered in this lesson.
Lesson content:
Overview of Abaqus
Workshop Preliminaries
Demonstration 1: A First Look at Abaqus/CAE
Workshop 1: Linear Static Analysis of a Cantilever Beam
Lesson 1: Overview of Abaqus
3 hours
L1.2
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Here are the steps to be followed:
Overview of Abaqus
1. SIMULIA
2. What is Abaqus FEA?
3. Overview of Abaqus/CAE
4. Starting Abaqus/CAE
5. Overview of Abaqus/Standard and
Abaqus/Explicit
6. Abaqus Conventions
7. Documentation
8. Abaqus Environment Settings
9. Abaqus Fetch Utility
10. Abaqus/CAE Checklist
11. Working with the Model Tree
L2.1
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The following topics are covered in this lesson.
Lesson content:
Working with Geometry in Abaqus
Demonstration 2a: Working with Native Geometry
Demonstration 2b: Generating a Shell Feature from a Solid Feature
Demonstration 2c: Generating a Shell From a Thin Solid
Workshop 2a: Creating Native Geometry: Pipe Creep Model
Workshop 2b: Geometry Repair of Intersecting Pipes
Workshop 2c: Reinforced Panel: Geometry
Lesson 2: Working with Geometry in Abaqus
3 hours
L2.2
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Here are the steps to be followed:
Working with Geometry in Abaqus
1. What are Parts?
2. Defining a Part
3. Geometry Import and Repair
4. Building a Part Using the Part Module
Tools
L3.1
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The following topics are covered in this lesson.
Lesson content:
Working with Models Created Outside Abaqus
Demonstration 3: Importing and Editing an Orphan Mesh
Workshop 3: Importing and Editing an Orphan Mesh: Pump Model
Lesson 3: Working with Models Created Outside Abaqus
2 hours
L3.2
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Here are the steps to be followed:
Working with Models Created Outside Abaqus
1. Details of an Abaqus Input File
2. Orphan Mesh Import
3. Example
4. Creating Geometry from an Orphan
Mesh
5. Combining Orphan and Native Mesh
Features
L4.1
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The following topics are covered in this lesson.
Lesson content:
Material and Section Properties
Demonstration 4: Materials and Sections; Visualizing Beam Cross-Sections
Workshop 4a: Material and Section Properties: Pipe Model
Workshop 4b: Material and Section Properties: Pump Model
Workshop 4c: Reinforced Panel: Properties
Lesson 4: Material and Section Properties
2 hours
L4.2
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Here are the steps to be followed:
Material and Section Properties
1. Overview of Abaqus Material Models
2. Preliminaries
3. Linear Elasticity
4. Large Strain Elasticity
5. Metal Plasticity
6. Material Databases
7. Material Calibration
8. Section Properties
9. Skins and Stringers
L5.1
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The following topics are covered in this lesson.
Lesson content:
Assemblies in Abaqus
Demonstration 5: Creating an Assembly; Boolean Operations
Workshop 5a: Pump Model Assembly
Workshop 5b: Pump Model Assembly
Lesson 5: Assemblies in Abaqus
2 hours
L5.2
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Here are the steps to be followed:
Assemblies in Abaqus
1. What is an Assembly?
2. Positioning Part Instances
3. Patterning
4. Boolean Operations
5. Sets and Surfaces
6. Display Groups
7. Hiding/Showing Instances
L6.1
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The following topics are covered in this lesson.
Lesson content:
Steps, Output, Loads, and Boundary Conditions
Demonstration 6a: Creating Steps
Demonstration 6b: Using the Load Module
Workshop 6a: Step Definition and Loads: Pipe Creep Model
Workshop 6b: Step Definition and Loads: Pump Model
Workshop 6c: Reinforced Panel: Step Definition and Loads
Lesson 6: Steps, Output, Loads, and Boundary Conditions
2 hours
L6.2
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Here are the steps to be followed:
Steps, Output, Loads, and Boundary Conditions
1. Analysis Steps and Procedures
2. Output
3. Loads and Boundary Conditions
4. Model Verification
L7.1
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The following topics are covered in this lesson.
Lesson content:
Meshing Imported and Native Geometry
Demonstration 7a: Using the Mesh Module
Demonstration 7b: Partitioning and Meshing
Workshop 7a: Structured Hex Meshing: Pipe Creep Model
Workshop 7b: Free and Swept Meshing: Pump Model
Workshop 7c: Meshing of Intersecting Pipes
Workshop 7d: Reinforced Panel: Meshing
Lesson 7: Meshing Imported and Native Geometry
2 hours
L7.2
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Here are the steps to be followed:
Meshing Imported and Native Geometry
1. Overview
2. Introduction
3. Dependent and Independent Part
Instances
4. Mesh Generation Techniques
5. Enabling Various Meshing Techniques
6. Bottom-Up Hex Meshing
7. Mesh Compatibility
8. Controlling Mesh Density and
Gradation
9. Parametric Modeling
10. Assigning Element Types
11. Verifying Mesh Quality
12. Mass and Mesh Queries
L8.1
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The following topics are covered in this lesson.
Lesson content:
Job Management and Results Visualization
Demonstration 8a: Using the Keywords Editor
Demonstration 8b: Visualizing Results
Workshop 8a: Creep of a Pipe Intersection
Workshop 8b: Analysis of a Reinforced Panel
Lesson 8: Job Management and Results Visualization
3 hours
L8.2
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Here are the steps to be followed:
Job Management and Results Visualization
1. Job Management
2. Keywords Editor
3. Review of ODB Output
4. Results Visualization
L9.1
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The following topics are covered in this lesson.
Lesson content:
Linear Static Analysis
Demonstration 9: Multiple Load Cases
Workshop 9a: Linear Static Analysis of a Cantilever Beam
Workshop 9b: Linear Analysis of a Skew Plate
Lesson 9: Linear Static Analysis
2 hours
L9.2
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Here are the steps to be followed:
Linear Static Analysis
1. Linear Static Analysis and Multiple
Load Cases
2. Multiple Load Case Usage
3. Examples
L10.1
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The following topics are covered in this lesson.
Lesson content:
Adding Material and Geometric Nonlinearity
Demonstration 10: Nonlinear Static Analysis
Workshop 10: Nonlinear Analysis of a Skew Plate
Lesson 10: Adding Material and Geometric Nonlinearity
3 hours
L10.2
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Here are the steps to be followed:
Adding Material and Geometric Nonlinearity
1. Nonlinearity in Structural Mechanics
2. Equations of Motion
3. Nonlinear Analysis Using Implicit
Methods
4. Nonlinear Analysis Using Explicit
Methods
5. Including Nonlinear Effects in an
Abaqus Simulation
6. Diagnostics
7. Convergence Issues (Noncontact
Related)
L11.1
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The following topics are covered in this lesson.
Lesson content:
Multistep Analysis in Abaqus
Workshop 11: Unloading Analysis of a Skew Plate
Lesson 11: Multistep Analysis in Abaqus
2 hours
There is no Demonstration associated with this lesson.
L11.2
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Here are the steps to be followed:
Multistep Analysis in Abaqus
1. Multistep Analyses
2. Restart Analysis in Abaqus
L12.1
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The following topics are covered in this lesson.
Lesson content:
Constraints and Connections
Demonstration 12: Defining a Rigid Body
Workshop 12: Tie Constraints: Pump Model
Lesson 12: Constraints and Connections
3 hours
L12.2
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Here are the steps to be followed:
Constraints and Connections
1. Introduction
2. Tie Constraints
3. Rigid Bodies
4. Coupling Constraints
5. Shell-to-solid Coupling
6. Connector Elements
7. Fasteners
L13.1
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The following topics are covered in this lesson.
Lesson content:
Contact
Demonstration 13: Using Automatic Contact Detection and General Contact
Workshop 13: Nonlinear Static Analysis of a Pump Assembly
Lesson 13: Contact
3 hours
L13.2
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Here are the steps to be followed:
Contact
1. Introduction
2. Approaches to Modeling Contact
3. Defining General Contact
4. Defining Contact Pairs
5. Contact Pair Surfaces
6. Local Surface Behavior
7. Relative Sliding of Points in Contact
8. Adjusting Initial Nodal Locations for
Contact
9. Contact Output
10. For More on Contact
L14.1
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The following topics are covered in this lesson.
Lesson content:
Dynamic Analysis
Demonstration 14: Dynamic Analysis
Workshop 14a: Dynamic Analysis of a Skew Plate
Workshop 14b: Pipe Whip Analysis
Lesson 14: Dynamic Analysis
3 hours
L14.2
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Here are the steps to be followed:
Dynamic Analysis
1. What Makes a Problem Dynamic?
2. Equations for Dynamic Problems
3. Linear Dynamics
4. Nonlinear Dynamics
5. Comparing Abaqus/Standard and
Abaqus/Explicit
6. Nonlinear Dynamics Example
L15.1
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The following topics are covered in this lesson.
Lesson content:
Analyzing Highly Nonlinear Quasi-Static Problems
Demonstration 15: Quasi-static Analysis
Workshop 15: Single Pass Rolling of a Thick Plate
Lesson 15: Analyzing Nonlinear Quasi-Static Problems
3 hours
L15.2
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Here are the steps to be followed:
Analyzing Highly Nonlinear Quasi-Static Problems
1. Introduction
2. Solution Strategies
3. Quasi-Static Simulations Using
Explicit Dynamics
4. Adaptive Meshing
L16.1
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The following topics are covered in this lesson.
Lesson content:
Heat Transfer and Thermal-Stress Analysis
Demonstration 16: Thermal Analysis
Workshop 16: Thermal-Stress Analysis of Intersecting Pipes
Lesson 16: Heat Transfer and Thermal-Stress Analysis
2 hours
L16.2
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Here are the steps to be followed:
Heat Transfer and Thermal-Stress Analysis
1. Introduction
2. Steady-State Heat Transfer
3. Transient Heat Transfer
4. Thermal Interfaces
5. Thermal-Stress Analysis
A1.1
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The following topics are covered in this lesson.
Lesson content:
Introduction to Finite Element Analysis
Appendix 1: Introduction to Finite Element Analysis
0.5 hours
A1.2
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Here are the steps to be followed:
Introduction to Finite Element Analysis
1. What are Finite Elements?
2. Objectives of Finite Element Analysis
3. Components of an Analysis Model
A2.1
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The following topics are covered in this lesson.
Lesson content:
Element Selection Criteria
Appendix 2: Element Selection Criteria
1.5 hours
A2.2
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Here are the steps to be followed:
Element Selection Criteria
1. Elements in Abaqus
2. Structural (Shells and Beams) vs.
Continuum Elements
3. Modeling Bending Using Continuum
Elements
4. Stress Concentrations
5. Contact
6. Incompressible Materials
7. Mesh Generation
8. Solid Element Selection Summary
A3.1
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The following topics are covered in this lesson.
Lesson content:
More on Contact
Appendix 3: More on Contact
1 hour
A3.2
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Here are the steps to be followed:
More on Contact
1. Contact Issues Specific to
Abaqus/Standard
2. Contact Issues Specific to
Abaqus/Explicit