Thermal Analysis of Pressure Vessel via Abaqus: Steady-State and Transient Conditions (Preview)

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Temperature change has an essential effect on the pressure vessels. Temperature changes and temperature differences between a pressure vessel’s inner and outer surfaces lead to thermal stresses and strains.
The Finite Element Method can be used to accurately calculate the temperature field in both steady-state and transient conditions.
In this tutorial, a pressure vessel is subjected to steady-state operational conditions followed by transient conditions, which can be caused by an accident.
In the semi-coupled thermo-mechanical analysis, the temperature field is calculated first via the heat transfer step. Then, the temperature field is used as an input in a mechanical analysis to account for thermal strains and stresses.

Package 1 description:
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- Included files: step-by-step tutorial with detailed explanations, complete version of the slides, Abaqus files (CAE, JNL, INP and ODB)
- Models are created by using Abaqus 6.14 (2014)
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What you will earn from the step-by-step tutorials included in the premium package:
- How to do steady-state and transient heat transfer analyses
- How to create pressure vessel with nozzle and mesh it using Hex elements
- How to do multi-step heat transfer analysis
- How to generate efficient number of elements without loss of accuracy
- How to interpret heat transfer results

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