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AutoSubmodel
1

Supported Ansys versions:
  • 2018 R2,
  • 2019 R1
Required Product:
  • Mechanical
Ansys Inc
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.

Averaged Results Extension
3.4

Supported Ansys versions:
  • 2021 R1,
  • 2021 R2,
  • 2022 R1,
  • 2022 R2,
  • 2023 R1,
  • 2023 R2,
  • 2024 R1,
  • 2024 R2
Required Product:
  • Mechanical
Verified
Cybernet Systems Corporation
This extension allows you to specify geometry and add a tree object to the Mechanical application that calculates the average of the results.

AVXcelerate LiDAR Point-Cloud Viewer
1

Supported Ansys versions:
  • 2024 R1
Required Product:
  • AVxcelerate
Verified
Ansys Inc
Light weight point-cloud viewer usable with LiDAR point-cloud.

Beam End Release
2

Supported Ansys versions:
  • 2018 R2,
  • 2019 R1,
  • 2019 R2,
  • 2019 R3
Required Product:
  • Mechanical
Ansys Inc
Expose the end release feature for beam elements and enable advanced graphic post-processing for beam results.

Beam to Link
4

Supported Ansys versions:
  • 2019 R1
Required Product:
  • Mechanical
LEAP Australia
App to convert line bodies defined in Workbench to cables, trusses or compression only elements using link180 elements

Better Material
1

Supported Ansys versions:
  • 2017 R2
Required Product:
  • Mechanical
CADMEN
Expose mechanical-based material types as parameters inside Ansys Workbench.

Bodies or Instances Converter
2

Supported Ansys versions:
  • 2019 R1
Required Product:
  • SpaceClaim
Ansys Inc
Simplify repetitive multi-body adjustments by easily defining group and layer instances of similar yet independent solid bodies (e.g., bolts, screws, washers, ...)

Bolt Result
1

Supported Ansys versions:
  • 2020 R1,
  • 2020 R2,
  • 2021 R1,
  • 2021 R2
Required Product:
  • Mechanical
Advens Engineering
BoltResult scans all time steps and gives the maximum values of Axial Force, Shear at I & J, Torque, Moment at I & J in a time-dependent or time-independent analysis.

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