Control of nonlinear resonances with minimal actuation for maximum vibrational energy transfer

Creating Harmony Between Prosthesis, User and Control Theory

Doctoral project Bram Vervisch

Doctoral project Kevin Bockstael

Doctoral project Raiko Schulz

Energy based control design for natural dynamics of robotic systems

Passive Vibration Control and stability analysis of Rotordynamics.

Performance Measures for Nonlinear Energy Sinks in Mitigating Single and Multi-Mode Vibrations: Theory, Simulation and Implementation

Development of Damage Identification Techniques for Steel Structures Based on Electromechanical Impedance Method and Image Analysis

Doctoral project Jasper Ryvers

Doctoral project Joachim Vanwalleghem

Numerical Tools for Fatigue Lifetime Assessment of Large-Scale Welded Steel Structures

Optimization design for base-isolation structures under stochastic pulse-like ground motion based on random vibration and reliability theory

Control of nonlinear resonances in Euler-Lagrange systems

Creating Harmony Between Prosthesis, User and Control Theory

Creating Harmony Between Prosthesis, User and Control Theory

Dynamic vibration absorbers with arbitrary connection characteristics for reconfigurable mechanical assemblies

Evaluation of knee instability during stair descend in postoperative patients

Rotational vibration absorber with optimized nonlinear restoring characteristic

The Virtual Mechanical System control law for nonlinear vibration control: exploiting nonlinear normal modes for fast energy redistribution

Crack monitoring of metal structures via electro-mechanical impedance technology (SIGOROUS)