MATLAB codes for the book (in Farsi) " Structural Dynamics and Vibration Control"
Flexible-link robotics and rotating-beam dynamics in MATLAB/Simulink: analytical and numerical models, vibration analysis, acrobot examples and control studies with three technical guides.
MATLAB/Simulink examples for smart-beam vibration analysis and active control: Euler-Bernoulli models, finite differences, finite elements and piezoelectric actuation, with a technical guide.
Wavelovers is a vibration test tool for gamepads and phones that can also turn them into vibration massagers. It has free vibration templates, template editor and manual control mode.
Modern, zero-dependency native haptics for Unity. Drop-in replacement for NiceVibrations without native .so/.a binaries. Android 15 (16KB page size) compliant.
High-fidelity 2-DOF Quarter-Car vehicle dynamics simulation and semi-active MR damper control (Spencer Modified Bouc-Wen, Skyhook, Groundhook, Hybrid, and Basic Passive Damper) in MATLAB/Simulink & Python.
SHPB_Processing.py - An open-source Python algorithm for correcting stress wave dispersion in split-Hopkinson pressure bar experiments
Spencer Modified Bouc-Wen Magnetorheological (MR) Damper Model in MATLAB/Simulink and Python with Skyhook Semi-Active Suspension Benchmark
User Guide, Experiment Tutorials, and Data Analysis Toolkit for the Modified Bouc-Wen MR Damper Simulation Web App
Two-link flexible manipulator: MATLAB/Simulink models, PID/FOPID control, PSO/GA tuning and saved robustness results.
A method by which to control a vibration device connected to Intiface Central using AHK
Application for creating pleasant tactile feedback when playing music and videos (and in the future). It focuses on devices with the best vibration functions. Other devices from different brands are accepted.
phase_velocity.py - A Python algorithm for calculating frequency-dependent phase velocity and radial variation of elastic waves in cylindrical bars
process_SHPB.py - A Python algorithm for stress wave dispersion correction in split-Hopkinson pressure bar experiments
Open-source MATLAB/CasADi framework for time-vibration Pareto optimization of CNC toolpaths with POP control and resonance suppression.
dispersion.py - A Python algorithm for phase angle and amplitude correction of pressure bar signals
speed_trap_velocity.py - A Python algorithm for calculating the velocity of the striker bar during split-Hopkinson pressure bar experiments
PLMRS (Phase-Locked Mass Resonance Stabilizer) is a conceptual, research-oriented engineering synthesis for a passive, foundation-embedded seismic resonance control approach.
gauge_factor.py - A Python algorithm for calculating the gauge factor of the input bars for split-Hopkinson pressure bar experiments
Control Activity 2: active anti-vibration platform for an ultrasonic sensor with Simulink/Simscape and IMC-based PID design
To associate your repository with the vibration-control topic, visit your repo's landing page and select "manage topics."