Fields of application

Dynamic modeling of vehicles, infrastructure, machinery, and all types of railway systems to analyze, among other things, stability, comfort, train-track interactions, or ballast behavior. These studies notably support design, validation, and maintenance strategies.

Dynamic modeling of intermediate vehicles such as cargo bikes, longtails, adaptive bikes, or any intermediate vehicle to analyze their behavior, the forces involved, and their rolling stability. These studies support design, optimization, and preparation for certification processes.

Study of musculoskeletal movement using dynamic models to analyze interactions between the human body and mechanical systems. This work contributes to the design and optimization of articulated orthoses and prostheses.

Our approaches apply to any complex mechanical system where understanding movement, kinematics, or dynamics is a challenge. This may include, highly specific or even exotic mechanical transmissions (e.g., piano action), special machinery, or any other system with complex interactions.