Ansys Workbench SwiftComp GUI is a plugin to power Ansys with efficient high-fidelity multiscale, multiphysics modeling for composites. It assures the best models at a given level of efficiency in any scale the user chooses, linking micromechanics and structural analysis.

This app enables applying scope (i.e., solids, faces, edges or vertexes) automatically to multiple solutions, therefore, reduces time required for preparing numerical model significantly.

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

Simplify repetitive multi-body adjustments by easily defining group and layer instances of similar yet independent solid bodies (e.g., bolts, screws, washers, ...)

Apply a load based on a user-defined input function that can contain multiple spatial variables. Support a variable pressure, variable line pressure and a variable heat flux

This app enables generating Multiple linear and circumferential sections in the numerical model using Cartesian and Cylindrical coordinate systems automatically.

Allow to perform multiple trials in mesh generation and auto-select the best mesh from those

This app enables applying user legend style to multiple result contours automatically and reducing time required for adjusting contours significantly. Also, this app enables making the contours consistent.

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.

Export results for multiple objects at once and have the data combined into a single output file, avoiding the need for multiple exports and manual collection/combination of the data. [Contains source code]

Expose new parametric structural loads for multistep analyses (incl. transient). Supported loads include Force, Pressure, Moment, and Displacement.

Multiharmonics App is based on ACT and DPF (Data Processing Framework). This App leverages DPF’s “fft_multi_harmonic_minmax” to improve the performance of the operations while also allowing a more accurate way of combining harmonic result than SRSS, where phase information is lost.