Work in conjunction with the app Hot Keys Customizer to introduce custom and more efficient workflows for Ansys Mechanical [Contains source code]

Expose nCode DesignLife in Mechanical allowing the user to perform fatigue analysis.

This app enhances mesh generation capability and provides different new options for generating a good quality mesh in ANSYS Mechanical by applying a uniform mesh within a volume.

This app allows you to preview and import files from Ansys Minerva directly into Ansys Mechanical, from the Mechanical GUI.

Provide easy-to-use and automated workflow for creating standard mixing tank geometry, single use bioreactors, running single phase (flow blend and exposure analysis) and gas sparging simulations and generating comprehensive mixing report

[Modal Mass is now a native feature in Ansys Mechanical] Allow users to easily view a modal analysis' effective mass data without searching through the Solver Output file. [Contains source code] 

This app will export a mode shape from a Mechanical modal analysis. The profile exported can be read in to CFX for performing a blade flutter simulation.

Calculate moment of inertia of 2D and 3D objects in Ansys Maxwell and create a Band with assigned value. Allow to calculate the value not depending on it complicity and provide exact value. Help to analyze a model consider mechanical transient processes

Apply motion loads issued from a Rigid body analysis in a static structural analysis [Contains source code]

Facilitate the definition of a moving heat source in Workbench Mechanical [Contains source code]

Export results for multiple objects at once and have the data combined into a single output file, avoiding the need for multiple exports and manual collection/combination of the data. [Contains source code]

Multiharmonics App is based on ACT and DPF (Data Processing Framework). This App leverages DPF’s “fft_multi_harmonic_minmax” to improve the performance of the operations while also allowing a more accurate way of combining harmonic result than SRSS, where phase information is lost.