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.
Custom template to enable simulation of internal flow effects in pipework systems including thermal and stress effects in the containing system (incompressible flow up to Mach 0.3) [Contains source code]
Changes the material assignment of a layer of elements given a user-defined thickness that characterizes this layer
Allow to perform multiple trials in mesh generation and auto-select the best mesh from those
Expose a new DOE type in ANSYS DesignXplorer: Latin Hypercube Sampling (LHS) supporting inequalities or if-else relationships between input parameters
Provides a user interactive interface for building and running Structured-ALE (Arbitrary Lagrangian Eulerian Method) analysis in Workbench LS-DYNA. Solve high speed Fluid-Structural-Interaction problems such as under water impact and bird strike more easily.
User can perform finite element simulation for lattice structure with homogenization technique based on multiscale method. Equivalent material properties for non-homogeneous lattice structure are derived. Following regular macro analysis, further investigation for mechanical performance of micro-lattice structure cell can be calculated by local analysis.
Visualize a summary of current license usage information of users organization
Optimization tool for designing strong, light components, particularly those suitable for additive manufacturing (3D printing). Provide a bridge between LimitState:FORM and ANSYS Mechanical, allowing one-click FE analysis of a LimitState:FORM design
Guided Simulation to select a geometry on which to perform a Linear Buckling analysis. Calculate the Euler Buckling Load [Contains source code]
Customized result object for efficient post-processing of linearized stress results. Define paths while reviewing stress results. Auto scope to paths. Multiple paths in a single result object. Export to Excel. Ignore or include through thickness bending.
Expose MATLAB optimization algorithms and user programs in the Optimization component of ANSYS DesignXplorer [Contains source code]