Optoelectronic systems 10 cameras (3 systems available: Vicon, Optitrack, Qualysis) - Up to 300Hz with a precision of 1mm and 750 Hzwith a precision of 2mm
- Up to 300Hz with a precision of 1mm and 750 Hzwith a precision of 2mm
Optoelectronic systems allow to measure the position in space of reflecting markers. These positions are typically used to calculate joint kinematics using biomechanical models. Combined with the instrumented treadmills it is also possible to obtain joint moment and power.
Contact Task Facility Manager (TFM)
0472142381
Depending structure
Laboratoire de Biomécanique des Chocs
25, avenue François Mitterrand, Case 24Cité des mobilités
69650 Bron
0033472142373
infos : Website
The Laboratory of Biomechanics and Shock Mechanics (LBMC UMR_T9406) is a joint research unit between Gustave Eiffel University and Claude Bernard Lyon 1 University. The LBMC is made up of more than 80 members (41 permanent, approximately 30 doctoral students and 10 fixed-term and post-doctoral contracts) to which are added around twenty trainees welcomed each year.
The skills of LBMC members are multiple: biomechanics of shocks, mechanics of structures, uncertainties, biomechanics of tissues, anatomy and surgery, physical ergonomics, biomechanics of movement, musculoskeletal biomechanics. In connection with societal challenges, the LBMC conducts research, according to two themes:
- Facilitate travel (automated vehicles, travel autonomy)
- Keep the body healthy (maintaining functional capacities, the implant in its environment).
It has unique experimental platforms: in movement analysis (e.g. instrumented treadmill, seat shaper, etc.), in terms of impact behavior (e.g
Other's Laboratory/Plateforme
Laboratory : Plateforme d'Analyse du Mouvement - Santé
Federation :
Ingelyse (http://www.ingelyse.com/)
Lab tutorship :
UCBL1/Université Gustave Eiffel
25 av. François Mitterrand
Université Gustave Eiffel - Campus de Lyon
69675 Bron
Continuous education :
Access with light support :
Open to academic :
Open to enterprises :
