Heat Transfer and Thermal-Stress Analysis with Abaqus
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1 Heat Transfer and Thermal-Stress Analysis with Abaqus 2016
2 About this Course Course objectives Upon completion of this course you will be able to: Perform steady-state and transient heat transfer simulations Solve cavity radiation problems Model latent heat effects Perform adiabatic, sequential, and fully coupled thermal-stress analyses Model contact in heat transfer problems Targeted audience Simulation Analysts Prerequisites This course is recommended for engineers with experience using Abaqus 2 days
3 Day 1 Lecture 1: Introduction to Heat Transfer Lecture 2: Material Properties and Element Technology Workshop 1: Reactor: Properties and Elements Lecture 3: Thermal Analysis Procedures Workshop 2: Reactor: Analysis Procedures Lecture 4: Thermal Loads and Boundary Conditions Workshop 3: Reactor: Loads and Boundary Conditions Lecture 5: Thermal Interfaces Workshop 4: Reactor: Thermal Contact and Analysis
4 Day 2 Lecture 6: Thermal-Stress Analysis Lecture 7: Sequentially Coupled Thermal-Stress Analysis Workshop 5: Reactor: Stress Response Lecture 8: Fully Coupled Thermal-Stress Analysis Workshop 6: Disc Brake Analysis Lecture 9: Adiabatic Analysis
5 Additional Material Appendix 1 Heat Transfer Theory Appendix 2 Forced Convection Workshop 7: Continuous Casting Appendix 3 Cavity Radiation Workshop 8: Radiation in a Finned Surface Appendix 4 Thermal Fatigue
6 SIMULIA SIMULIA is the Dassault Systèmes brand for Realistic Simulation solutions Portfolio of established, best-in-class products Abaqus, Isight, Tosca, fe-safe All using a common extended licensing pool
7 SIMULIA s Power of the Portfolio Abaqus Routine and Advanced Simulation Linear and Nonlinear, Static and Dynamic Fluid, Thermal, Electrical, Acoustics Extended Physics through Co-simulation Model Preparation and Visualization Realistic Human Simulation High Speed Crash & Impact Noise & Vibration Isight Process Integration Design Optimization Parametric Optimization Six Sigma and Design of Experiments Material Calibration Workflow Automation Design Exploration Tosca Non-Parametric Optimization Structural and Fluid Flow Optimization Topology, Sizing, Shape, Bead Optimization Conceptual/Detailed Design Weight, Stiffness, Stress Pressure Loss Reduction fe-safe Durability Simulation Low Cycle and High Cycle Fatigue Weld, High Temperature, Non-metallics Safety Factors Creep-Fatigue Interaction Weld Fatigue
8 Join the Community! How can you maximize the robust technology of the SIMULIA Portfolio? Go to to log in or join!
9 SIMULIA Training
10 Legal Notices The software described in this documentation is available only under license from Dassault Systèmes or its subsidiaries 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 subsidiaries. Dassault Systèmes, 2015 Printed in the United States of America. Abaqus, the 3DS logo, and SIMULIA 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 Installation and Licensing Guide.
11 Revision Status Lecture 1 11/15 Updated for Abaqus 2016 Lecture 2 11/15 Updated for Abaqus 2016 Lecture 3 11/15 Updated for Abaqus 2016 Lecture 4 11/15 Updated for Abaqus 2016 Lecture 5 11/15 Updated for Abaqus 2016 Lecture 6 11/15 Updated for Abaqus 2016 Lecture 7 11/15 Updated for Abaqus 2016 Lecture 8 11/15 Updated for Abaqus 2016 Lecture 9 11/15 Updated for Abaqus 2016 Workshop 1 11/15 Updated for Abaqus 2016 Workshop 2 11/15 Updated for Abaqus 2016 Workshop 3 11/15 Updated for Abaqus 2016 Workshop 4 11/15 Updated for Abaqus 2016 Workshop 5 11/15 Updated for Abaqus 2016 Workshop 6 11/15 Updated for Abaqus 2016 Workshop 7 11/15 Updated for Abaqus 2016 Workshop 8 11/15 Updated for Abaqus 2016 Appendix 1 11/15 Updated for Abaqus 2016 Appendix 2 11/15 Updated for Abaqus 2016 Appendix 3 11/15 Updated for Abaqus 2016 Appendix 4 11/15 Updated for Abaqus 2016
12 Lesson 1: Introduction to Heat Transfer L1.1 Lesson content: Introduction Heat Transfer Basics Heat Transfer in Abaqus Heat Transfer Features in Abaqus Examples 30 minutes
13 Lesson 2: Material Properties and Element Technology L2.1 Lesson content: Thermal Material Properties Heat Transfer Element Library Workshop Preliminaries Workshop 1: Reactor: Properties and Elements (IA) Workshop 1: Reactor: Properties and Elements (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 1.5 hours
14 Lesson 3: Thermal Analysis Procedures L3.1 Lesson content: Steady-State Analysis Transient Analysis Nonlinear Analysis Output Workshop 2: Reactor: Analysis Procedures (IA) Workshop 2: Reactor: Analysis Procedures (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 1.5 hours
15 Lesson 4: Thermal Boundary Conditions and Loads L4.1 Lesson content: Overview Prescribed Temperatures Prescribed Fluxes Film Conditions Radiation to the Ambient Natural Boundary Condition Initial Conditions Workshop 3: Reactor: Loads and Boundary Conditions (IA) Workshop 3: Reactor: Loads and Boundary Conditions (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 1.5 hours
16 Lesson 5: Thermal Interfaces L5.1 Lesson content: Thermal "Contact" Introduction: Heat Transfer Across Interfaces Thermal Interaction Usage Gap Conduction Gap Radiation Workshop 4: Reactor: Thermal Contact and Analysis (IA) Workshop 4: Reactor: Thermal Contact and Analysis (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 2 hours
17 Lesson 6: Thermal-Stress Analysis L6.1 Lesson content: Analogy Between Heat Transfer and Stress Analysis Thermal-Stress Procedures Element Selection 30 minutes
18 Lesson 7: Sequentially-Coupled Thermal-Stress Analysis L7.1 Lesson content: Sequentially Coupled Analysis Thermal-Stress Modeling Considerations Methods for Assigning Temperature Data Temperature Application for Solid Elements Temperature Application for Shell Elements Temperature Application for Beam Elements Summary Workshop 5: Reactor: Stress Response (IA) Workshop 5: Reactor: Stress Response (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 2 hours
19 Lesson 8: Fully Coupled Thermal-Stress Analysis L8.1 Lesson content: Full Temperature-Displacement Coupling Element Selection Contact Interaction Examples of Fully Coupled Analyses Rigid Bodies in Thermal-Stress Analysis Heat Transfer Analysis with Abaqus/Explicit Workshop 6: Disc Brake Analysis (IA) Workshop 6: Disc Brake Analysis (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 2 hours
20 Lesson 9: Adiabatic Analysis L9.1 Lesson content: Adiabatic Analysis Adiabatic Analysis Examples 30 minutes
21 Appendix 1: Heat Transfer Theory A1.1 Appendix content: Summary of Governing Equations for Conduction Constitutive Relation Fourier's Law Thermal Energy Balance Differential Form Thermal Energy Balance Equivalent Variational Form Finite Element Approximation Transient Analysis Eulerian Formulation for Convection Thermal Radiation Formulation Adiabatic Thermal-Stress Analysis Nonlinear Solution Scheme 1 hour
22 Appendix 2: Forced Convection A2.1 Appendix content: Example: 1-D Convective Heat Transfer Stabilization Convective/Diffusive Element Library Abaqus Usage Workshop 7: Continuous Casting (IA) Workshop 7: Continuous Casting (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 1 hour
23 Appendix 3: Cavity Radiation A3.1 Appendix content: Thermal Radiation Cavity Radiation Fully Implicit Cavity Radiation Approach Open vs. Closed Cavities Cavity Radiation and Viewfactor Calculations Radiation Symmetry Radiation Motion Cavity Radiation Output Approximate Cavity Radiation Approach Workshop 8: Radiation in a Finned Surface (IA) Workshop 8: Radiation in a Finned Surface (KW) Both interactive (IA) and keywords (KW) versions of the workshop are provided. Complete only one. 3 hours
24 Appendix 4: Thermal Fatigue A4.1 Appendix content: Thermal Fatigue Example 30 minutes
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