Create a new Direct Optimization system based on the Response Surface Optimization definition and results
Automatic settings of dynamic contact angle for VOF simulations. Write out a UDF source file to calculate the dynamic contact angle and build the UDF library (users do not have to directly edit and compile the UDF source)
Generate a Mechanical study dataset (excitations and output results) in a dedicated format to compute a dynamic ROM in Dynamic ROM Builder or directly with dynaROMCore.
Include realistic bulk material loads as standard in your ANSYS Mechanical structural analysis to optimize heavy equipment design and reduce reliance on hand calculations and prototyping.
Expose element birth and death functionality to deactivate and reactivate bodies or contacts during structural analysis in Mechanical
Install the EKM model import toolkit onto Simplorer. User can use the toolkit to access and import the compatible model files on the EKM server into Simplorer
Automate the coupling of Electromagnetic tools (HFSS, Maxwell 3D, Q3D, HFSS Layout) to Icepak in AEDT for an electro-thermal simulation.
Interface to draw the geometry and setup a solution for a transformer or inductor. A database of basic topologies and materials for the commonly used cores is included. Users can define their own winding strategy (Planar or Wound types) enabling automatic creation of all winding turns with rectangular or circular cross section. Automatically setup an Eddy Current Solution with (or without) a Frequency Sweep Definition. Consider the frequency dependent core permeability and core loss Steinmetz coefficients. Allow defining matrix connections. Process to create a frequency dependent R/L model which can be imported into ANSYS Simplorer as a Maxwell Dynamic Eddy Current component.
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.
Estimate and plot the Courant-Friedrichs-Lewy (CFL) time step for Explicit Dynamics analyses, based on the currently-defined mesh and material properties, prior to executing the solution [Contains source code]
Export all defined figures in the model tree as png files to a custom folder or to the projects �user_files�
This exsension add the capability to export results from the solution to a matlab workspace file, .xls, .txt, .csv or .json file. If Excel is installed the data can be exported to a worksheet. I Matlab is installed it is possible to store the data in a Matlab workspace. Default result but also Mass/ Stiffness matrix can be exported.