ANSYS APDL to VTK

Work with ANSYS interactively from python

PARANSYS (Python pArametric Reliability Analysis on ANSYS) is a module that can connect the ANSYS software to Python scripts using APDL scripts. It has one connection class and two other classes for reliability analysis, using explicit or implicit limit states.

Small UDF (C) library, which can be used to couple between Ansys Fluent and Ansys Mechanical APDL for multiphase Volume of Fluid (VoF) calculations

ansys apdl syntax highlighting

Advanced crack tip field characterization using conjugate work integrals

Crack propagation finite element model for obtaining fracture surface pressure distributions

Finite Element Method

Master's thesis data and visualisations

This is the project work related to the modelling of Frequency and associated parameters using Machine Learning.

Source code of my master's thesis: "Development of an automated design and optimization program for anisotropic UAV propellers"

ANSYS program source listings for MEMS-Sensors

ANSYS finite-element program system

FEA modelling of spherical passive electrostatic suspension using ANSYS APDL, post-processing using python3

Converting .geo file from neper to Mechanical Apdl commands using python

Python script collection for ANSYS 2020 R2

This repository contains a report that aims at using frequency based analysis to assess the endurance and reliability of a cubic lattice structure under cyclic loading conditions.

Start a sequence of APDL scripts in Workbench and solve them one by one automatically.

A Python module that allows you to run ANSYS APDL scripts setting selected parameters values by Python, and returning the values of all parameters in the end of the analysis.

Application based on the Qt framework, which can understand the structure of the dynamic file generated by an Ls-Dyna solution simulation, write the structure of a file containing the APDL instructions executable by Ansys, automating the re-writing operation of information contained in dinain files in instructions interpretable by Ansys.