Why Thermal Behavior Deserves Its Own Attention
Many structural designs cannot be fully understood by mechanical analysis alone. Temperature dependent material properties, thermally induced deformation, and temperature variations across a design can all significantly affect how a structure performs. This free session gives you direct access to the official course material covering how Abaqus handles heat transfer and thermal stress behavior.

Training Scope
This is the official SIMULIA course Heat Transfer and Thermal Stress Analysis with Abaqus, offered here free of charge. We cover the full course material across both sessions; the hands-on workshops are not included. You are welcome to join either online or in person at our office in IJsselstein.

Topics Covered

• Steady state and transient heat transfer simulations

• Solving cavity radiation problems

• Modelling latent heat effects

• Sequentially coupled, fully coupled, and adiabatic thermal stress analyses

• Modelling contact in heat transfer problems

• Applying temperature dependent material properties

Course Details

• Compatible Releases: SIMULIA 2019 through SIMULIA 2026

• Format: Join online or attend in person at the 4RealSim office, IJsselstein, NL

Who Should Attend?

• Simulation analysts whose work involves assessing the thermal response of structures, the thermal influence on mechanical response, or both

• Anyone who has completed Introduction to Abaqus (or equivalent) and has hands on Abaqus experience

Prerequisites

• 4RealSim Abaqus customer