A Julia package to write ABAQUS input files for performing homogenisation of composite materials.

MATLAB code for reading .inp files from ABAQUS.

This project provides a Python script to fit experimental relaxation modulus data to a Prony series model. It generates a material input file compatible with ABAQUS for viscoelastic material simulations.

This Python script automates the process of submitting Abaqus jobs for .inp files in the current directory. It creates a .bat file for each .inp file and runs the Abaqus command using the specified number of CPUs. No matter how many input files you have in your current directory.

The UMAT subroutine in Abaqus serves as a solution for modeling materials that cannot be accurately represented using the standard Abaqus material library. For this project, we utilized this subroutine to study a 3D isotropic isothermal beam. Additional projects in this field can also be accessed on the following link.

The VUMAT subroutine in Abaqus provides an effective approach for simulating materials that are not adequately captured by the standard Abaqus material library. In this study, we applied this subroutine to analyze a 3D isotropic isothermal beam. Further projects related to this domain can be explored at the link provided below.

Abaqus/Standard material user-defined subroutine for soft fiber-reinforced tissues based on the Discrete Fiber Dispersion (DFD) model in finite strains