Extension to improve the workflow of importing results from Additive Print into Workbench for post processing steps

Ansys Workbench SwiftComp GUI is a plugin to power Ansys with efficient high-fidelity multiscale, multiphysics modeling for composites. It assures the best models at a given level of efficiency in any scale the user chooses, linking micromechanics and structural analysis.

The app allows the user to create a guided simulation starting from an AIM project without writing any code

The Auto Submodel extension is the automation of the procedure in doing submodelling from the full model. No repetitive work needed for cutting full geometry, importing interface, resetting contacts, materials etc., as they are all automated.

A powerful tool that provides an alternative to Ansys WB’s built-in compressive support boundary condition. The functionality of Ansys Classic has been transferred to the WB environment so that the user can control all compressive support parameters in a user-friendly way. This is the second version of the extension where the user can choose between two different types of contact elements. The user can choose between CONTA174 and CONTA178 and a full spectrum of advanced settings such as: Contact algorithm, Detection method, Stiffness and many others. Thanks to this extension, advanved analyses using compressive support can be performed without the need to create additional macros, directly from Ansys WB menu. This tool has two contact support definitions: based on 174 element and based on 178 element. User has to decide which option is better in his/her model. Act app has much more options then compression only support in Ansys Workbench.

Use parameters correlation results to create the DOE for a Response Surface Optimization and automatically deactivate minor parameters with the ability to reuse Design Point values

Create a new Direct Optimization system based on the Response Surface Optimization definition and results

Automate the coupling of Electromagnetic tools (HFSS, Maxwell 3D, Q3D, HFSS Layout) to Icepak in AEDT for an electro-thermal simulation.

The application is a post-treatment based ACT extension designed for Mechanical. It is compatible with all versions of Ansys Workbench from V2019R2 to V2021R1.

Easily create honeycomb core models from a few simple cell properties and bulk size specifications. [Contains source code]

This ACT helps automate the process of mapping Boundary Conditions (BCs) from one AEDT Icepak design to another.

The installer to install the commercial Twin Builder Fluid Power libraries (compatible with Twin Builder 2018.2) onto user’s machine. Includes Hydraulics, Pneumatics and Modelon Base libraries. Please note that the Twin Builder product and Twin Builder Fluid Power Library licenses need to be purchased separately from Ansys.

The installer to install the commercial Twin Builder Heating and Cooling libraries (compatible with Twin Builder 2018.2) onto user’s machine. Includes Liquid Cooling library, Vapor Cycle library, Heat Exchanger and Modelon Base libraries. Please note that the Twin Builder product and Twin Builder Heating and Cooling Library licenses need to be purchased separately from Ansys.

Allow to perform multiple trials in mesh generation and auto-select the best mesh from those

LSP Model Convertor is an act extension wizard. It can convert external model type from abaqus, radioss, nastran, ideas, pamcrash and fluent_msh file to LS-Dyna keyword format via LS_PrePost.

Highlight topology problems of match control and cyclic symmetry controls. Will select problematic entities from both sides (hanging edges, vertices, etc...)

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

From the results of two modal analyses, a MAC (Modal Assurance Criterion) value representing the correlation between modes is calculated, and you can view the results on Workbench.

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.

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