modal-analysis

finite element analysis package for civil engineering structures.

Vibration Testing module affiliated with the in-progress manuscript Vibration Testing with Modal Analysis and Health Monitoring- Python version

A Structural Dynamics Python Library

glTF viewer/editor/exporter supporting conversion of meshes into interactive rigid body audio models

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

ViMag: A Visual Vibration Toolbox

SIaD Tool: A Comprehensive Frequency-Domain Tool for Small-Signal Stability and Interaction Assessment in Modern Power Systems developed by CITCEA-UPC as part of the MSCA-ADOreD project.

The SSICOV is a system identification method for structural health monitoring (SHM) using Stochastic Subspace Identification (SSI). It processes acceleration data to extract modal parameters of a structure.

MATLAB toolbox for performing modal analysis using experimental data

Damping ratio estimation from ambient vibrations (SDOF)

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

MatLab code for running modal analysis of truss and beam structures.

API for Access to the BAE T1A Hawk Starboard wing and Full Structure Modal Tests

Tap-tone analysis for luthiers — capture a tap, run an FFT, and reveal guitar resonant modes and tonewood stiffness. Cross-platform Python/PySide6.

Calculates torsional eigenfrequencies of a six mass system which is used for a Honda CBR 600 RR crankshaft.

EVERYTHING RINGS is a local-first acoustic instrument for estimating the audible resonances of struck physical objects, reconstructing those resonances, and turning them into playable instruments.

An embedded appliance of Frecuency Domain Decomposition for Structural Health Monitoring focus on Modal adquisition system

This project aims to study the dynamic behavior of a simplified model of an aircraft when rolling (steady state) when it is circulating stationary on the runway. The roughness of the track is the main exciting agent that will be considered in this project.

From a raw optical-sensor signal to interpretable physics: signal processing, system identification (SINDy/HAVOK/PINN) and Euler-Bernoulli beam modeling.

Bayesian optimization of automotive car body designs