These 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.
Extension to improve the workflow of importing results from Additive Print into Workbench for post processing steps
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.
Extension for Fluent (standalone), handling design of experiments, simulation and scalar data storage compliant with Dynamic ROM Builder. As such, this extension provides tools for time-dependent simulations with scalar in- and outputs.
Automate the coupling of Electromagnetic tools (HFSS, Maxwell 3D, Q3D, HFSS Layout) to Icepak in AEDT for an electro-thermal simulation.
This Application allows the user to check and design their ANSYS® Workbench™ models using the European EC2 and EC3 international construction standards for beams and shells, both Steel and Reinforced Concrete.
Expose node and element related information, such as element number, node number, nodal coordinates etc...
These Application will allow the user to check and design their ANSYS Workbench models using the ACI 349 international construction standards for beams and shells.
Implement a PID thermostat controller as load object in Mechanical. Suitable for transient thermal analyses needing temperature control
Check structures according to the following standards: Eurocode3, FEM 1.001, DIN15018, EN13001, DNV C203 (Fatigue); Eurocode3 and DNV C101/C201 (Weld Strength), ABS 2004/2014, DNV-RP-C201 2010 (Plate & Stiffener Buckling); AISC 89/360-10, API RP-2A WSD and LRFD, ISO 19902, Norsok N004 (Offshore). Advanced report generator.
An advanced tool to automatically create the main components of the ship’s structure from FE mesh (NOT geometry) directly in the Ansys WB environment. The user can automatically create frames and decks no matter how they are placed in the structure. The algorithm analyzes the entire structure and groups the components so that they can be used for further analysis without having to create them manually.
Automate the CAD cleanup process for general applications and offers model preparation and simplification for Icepak, it exports material properties (if available) for a thermal simulation