Pressure Vessel Analysis via Abaqus: Including Steady State and Transient Thermal loads preview

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In the semi-coupled thermo-mechanical analysis, the temperature field is calculated first via the heat transfer step. Then, it is used in a mechanical analysis to account for thermal strains and stresses.
Mechanical analysis can be conducted using different settings, such as accounting for or ignoring the large deformation assumption or defining plasticity or not.
In this tutorial, both the mechanical and thermal analyses are done based on several different combinations of settings.
Finally, the effect of different combinations of settings on the results is investigated.

Package 1 description:
- Cost: 50 EUR (must be paid by the PayPal or other payment methods according to your country)
- 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)
- Level: advanced
- After watching this video, you can ask your questions about video explanations and tutorial's content by sending an email to [email protected]

Package 2 description:
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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 and mechanical analyses
- How to conduct targeted simultaneous mesh refinements to get locally and globally acceptable results via economic simulations
- How to interpret heat transfer and mechanical results

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