structural-dynamics

Simulation of High Aspect Ratio aeroplanes and wind turbines in Python: a nonlinear aeroelastic code

Read and write UFF/UNV (Universal File Format) files in Python.

Python module for conducting operational modal analysis

A Structural Dynamics Python Library

Fully open-source dynamic simulations on the web with the OpenRadioss solver and an interactive 3D Viewer

Vibration Controller targetting Multiple-Input-Multiple-Output (MIMO) and Combined Environments Control

Structural engineering tools to quickly and interactively verify drift requirements in ETABS model. Checks story drift compared to limit and torsion ratio.

An example script used to perform modal analysis of an OpenSeesPy model.

A library to locate exceptional points and to reconstruct eigenvalues loci

Open-source Python FEM/FEA solver for structural mechanics and dynamics, with transparent formulations, reproducible V&V and PETSc/MPI large-scale solving

Python finite-element library for wind turbine blade and tower modal analysis (OpenFAST/ElastoDyn)

Simulation of a rocket undergoing pogo oscillation effect

Code repository for the paper "State estimation in structural dynamics through RNN transfer learning".

Structural Health Monitoring system that unifies deep learning and Finite Element modeling for real-time fault detection and dynamic response prediction in smart structures.

A python module for solving single degree of freedom dynamic systems using time integration

Physics-informed FRF diagnostics with XGBoost, OOD detection, SHAP explainability, and a local web UI.

Python research framework for coherent patterns on graph-coupled networks: nodal dynamics, structural operators, diagnostics and scoped mathematical studies.

PressureX is an engineering evaluation package for a passive layered structural mitigation concept using shear-thickening fluid behavior to broaden impulsive loads and reduce peak transmitted response in high-vibration aerospace structures. Targets are design-intent until validated.

IX-Vibe is a data-ready evaluation kit for vibro-acoustic load mitigation: requirements, failure modes, minimum BOM, and reproducible FRF/SRS/acoustic workflows. Includes scripts/templates for traceable baseline-vs-treated deltas to validate or kill concepts fast.

A comprehensive Python library for structural engineering analysis implementing theoretical frameworks for beams, columns, plates, and other structural elements with full type safety and analytical verification.