An AI-driven tool integrating Abaqus and OpenAI's LLM for automating finite element simulations, including input file generation, job execution, stress extraction, parametric studies, and sensitivity analysis, streamlining complex workflows for enhanced decision-making.

Finite Element Method Code and Training/Validation/Testing data for Paper "Bridging Fidelities to Predict Nanoindentation Tip Radii Using Interpretable Deep Learning Models"

Hot Forging Plugin for Abaqus.

Finding metametrial structure by NSGA genetic algorithm with ABAQUS CAE

Finite Element Method code for “Fatigue life assessment of metal foils in multifunctional composites via combined experiments and simulations”

利用python控制Abaqus对钢管混凝土柱进行建模 | use python control abaqus for modeling CFST column

Finite Element Method code for “Inverse parameter determination for metal foils in multifunctional composites”

BCC unit cell with structured mesh in ABAQUS

ODB2ANY is a professional toolkit for extracting, converting, and visualizing ABAQUS Output Database (ODB) results. It provides a streamlined workflow for post-processing ABAQUS analysis results through JSON conversion and customizable plotting capabilities.

Compute signed Mises equivalent stress

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.

This is plugn of ABAQUS

Abaqus CAE plugins to work with the message window

This library is used to read the nodes, elements, clement types, materials, etc. in abaqus files, and gives the corresponding dictionary, mainly referring to the abaqus module in Meshio.

This script extracts node labels and coordinates from an Abaqus .odb file and saves the data to a text file. It automatically detects the .odb in the current directory and processes all instances except the main assembly. Useful for quick access to node geometry.

This script exports displacement data from selected nodes in an Abaqus .odb file. It automatically saves the results for each direction (U1, U2, U3) in both text and Excel formats, making it easy to organize, view, and use sensor data for further analysis.

An ABAQUS plugin to create RCC members

This script computes and exports the 21 input parameters required for the Mazar Concrete Damage Model UMAT based on Eurocode 2 (EC2) and Model Code 2010 (MC2010). You just enter the concrete strength, and it automatically generates and saves an Excel file with all needed UMAT properties.

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.