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Abaqus Creep Subroutine Script Writing
Rating: 5.0 out of 5(1 rating)
4 students

Abaqus Creep Subroutine Script Writing

Step-by-step instruction on using the creep subroutine
Created byMc Luee
Last updated 2/2026
English

What you'll learn

  • Introduction to Creep Concepts
  • Introduction to the CREEP User Subroutine
  • CREEP Interface and Variables
  • Model Debugging and Verification
  • Two cases of the creep subroutine
  • The idea of writing the creep subroutine

Course content

1 section5 lectures1h 2m total length
  • Introduction to Related Concepts7:12
  • Introduction to the CREEP User Subroutine13:01
  • CREEP Interface and Variables13:26
  • Model Debugging and Verification (case 1)14:19
  • Model Debugging and Verification (case 2)14:42

Requirements

  • Understand the basic operations of Abaqus
  • Have a basic understanding of the FORTRAN language

Description

This course contains the use of artificial intelligence: AI-powered translation services or voice cloning for multi-language versions.

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

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

in this course, you will learn how to write ABAQUS creep subroutines.

the main content of this course is given below:

Introduction to Related Concepts

Introduction to the CREEP User Subroutine

CREEP Interface and Variables

Model Debugging and Verification

This course focuses on the development of the "creep" subroutine. After completing this course, you will at least be able to understand the actual meanings of various variables within the subroutine and the specific methods for writing the subroutine. Through hands-on instruction by two related subroutines, you will fully master the techniques and be able to apply them to build your own target creep model subroutines in an intuitive and generalized manner.

However, it should be noted that before starting this course, you need to have at least a basic understanding of finite element theory, be fully familiar with the specific operation methods of Abaqus, and have a basic knowledge of the Fortran language. This will help clear any relevant obstacles for your learning of this course. Help you better integrate into the thinking pattern of this course.

Finally, I wish you success in your studies and project.

Who this course is for:

  • this course is for everyone who wants to learn Abaqus subroutines
  • mechanical engineers
  • Design engineers
  • Master and PhD students
  • Simulation Engineers