Automate the structural analysis of a hip implant based on ASTM F2996-13. This wizard leads you through the steps of Geometry Import, Material Property definition, Boundary Condition specification, Solution and Results evaluation [Contains source code]

This is an extension that extracts the contour legend in Mechanical's results display onto a dialog, allowing changes to values and settings to be made at once.

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.

From the results of two modal analyses, a MAC (Modal Assurance Criterion) value representing the correlation between modes is calculated, and you can view the results on Workbench.

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]

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.

Automate the creation of paths & linearized stress results to meet pressure vessels standards

This application provides a set of utilities to users of Python Code or Python Results: Copy/Paste, Run, Import/Export to share with other users and a copy to clipboard capability used for debugging purposes.

Implement Modal Assurance Criterion calculation to compare the nodal solutions from two results files (.rst or .rstp) or from one results file and one Universal Format file (.unv)

Create Probes for BCs, Contacts, Beams, Springs and Joints and Export Results in an Excel File located in the user_files directory