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A Model to Simulate Welding Process (or Additive Manufacturing) – Part 2

15,00 20,00
15,00 20,00
19 people watching this product now!

Material Includes

  • Tutorial video, Python scripting file for material addition, Abaqus files (CAE, INP, ODB, JNL).

Audience

  • Mechanical Engineers
  • Engineering Students

What You Will Learn?

  • How to model a welding or WAAM process in Abaqus
  • Linking thermal and mechanical analyses using predefined fields
  • Implementing element birth technique using Python scripting
  • Using the UTEMP subroutine to control thermal behavior
  • Predicting residual stress in welded or printed components
  • Basic use of FORTRAN subroutines in Abaqus
  • Efficient setup of thermal-to-structural simulations

About Course

Product Overview:

This tutorial demonstrates how to simulate a welding or additive manufacturing process in Abaqus with a focus on predicting residual stresses. The model uses a two-step thermal-mechanical approach, starting with a thermal analysis followed by a mechanical simulation linked via predefined fields. The video also introduces advanced modeling techniques such as element birth (material addition) through Python scripting and the use of UTEMP and DFLOW subroutines to customize temperature distribution and material activation. This efficient and simplified tutorial is ideal for engineers and researchers seeking to learn FEA simulation of WAAM or welding-induced stresses in under 15 minutes.

Course Content

Tutorial Video

  • Abaqus model to predict the residual stress in Welding (or additive manufacturing) process
    11:25

Simulation Files

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15,00 20,00
19 people watching this product now!

Material Includes

  • Tutorial video, Python scripting file for material addition, Abaqus files (CAE, INP, ODB, JNL).

Audience

  • Mechanical Engineers
  • Engineering Students

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