Learning Abaqus Python Scripting from Scratch

ABAQUS CAE is one of the most widely used Finite Element Analysis software in the world. ABAQUS was developed by Dassault SYSTEMS.

If you want to learn more about the secondary development of Abaqus subroutines and related topics, you can visit my personal homepage and look for relevant examples.

In this class, you will learn the following contents：

The basic syntax of Python and the knowledge related to its combined use with Abaqus

Handling and applying Python's data structures, classes, and packages

Detailed decomposition of the MDB and ODB root objects and detailed explanations of related commands

Understanding the content of the .rpy file and making code modifications and usage adjustments

How to build multiple models using Python

Plugin development for parametric modeling

The code development method for random parameter modeling

How to create a script for automatically submitting jobs

How to extract relevant ODB data in batches according to requirements using Python code

How to set the details of Python code to avoid potential problems

Some actual cases that can be referred to

This course focuses on explaining the process and precautions of developing in Abaqus using the Python language. After completing this course, you will at least be able to learn how to use Python for batch model generation or batch data extraction during the preprocessing and postprocessing stages of Abaqus. The course also covers various aspects including automatic job submission, random model generation, RSG plugin design, etc., and the third chapter provides guidance on Python programming for 4 examples. After completing this course, you will fully master the relevant technologies, which will be a great help to your simulation career.

However, it should be noted that before starting this course, you need to have a basic understanding of finite element theory and be fully familiar with the specific operation methods of Abaqus. This will help clear any related obstacles you may encounter during your study of this course and help you better integrate into the thinking mode of this course.

Finally, I sincerely wish you success in your studies and projects.