This Application allows the user to check and design their Ansys® Workbench™ models using the American AISC/ACI international construction standards for beams and shells, both Steel and Reinforced Concrete.

This Application will allow the user to check and design their Ansys® Workbench™ models using the American AISC/ACI international construction standards for beams and shells, both Steel and Reinforced Concrete.

This Application will allow the user to check and design their Ansys® Workbench™ models using the American AISC/ACI international construction standards for beams and shells, both Steel and Reinforced Concrete.

This Trial Application allows the user to check and design their Ansys® Workbench™ models using the American AISC/ACI, European EC2 and EC3 international construction standards for beams and shells, both Steel and Reinforced Concrete, and ACI 349 international construction standards for beams and shells.

Stress Strain Curve according to Annex 3-D, ASME 2013 VIII Div.2 / KD-231.4 ASME 2015 VIII Div.3

This app automates shape optimization process. You cannot only use multi-objective or multi-condition optimization but new method combining DesignXplorer and Adjoint Solver.

This App enables the creation of a simulation wizard based on a template simulation (Static or Transient Structural) without the need to write any xml or IronPython code

App to convert line bodies defined in Workbench to cables, trusses or compression only elements using link180 elements

Pre and Post processing tool to create groups of rivets, bolt pretension, simplified bolts and advanced bolts with thread contact section. Rivet and bolt results can be evaluated according to Eurocode 3 and VDI 2230.

Pre and Post processing tool to create groups of rivets, bolt pretension, simplified bolts and advanced bolts with thread contact section. Rivet and bolt results can be evaluated according to Eurocode 3 and VDI 2230.

This app allows you to use CAESES geometry models for shape optimization with Ansys tools. Meshing and simulation of CAESES models can be completely automated. CAESES focuses on parametric complex shapes. Typical applications: Ship hulls, turbochargers, pumps, turbines, wings, manifolds, volutes, rotor blades and impellers.

This App enables the integration of the turbomachinery design software CFturbo into the Ansys Workbench. In addition to a connection to TurboGrid and SpaceClaim, a bi-directional parameter update is possible.