Contribution co-chercheur-Musculoskeletal loading of seated occupational drivers exposed to whole body vibration : vibration control

Résumé

Ce projet s'inscrit dans la continuité des travaux visant à étudier et modéliser le comportement des sièges à suspension dans différents types d'environnement vibratoire dans le but de définir des caractéristiques optimales de conception pour atténuer les vibrations. Il devrait apporter un éclairage nouveau sur le lien à établir entre les vibrations transmises, les postures et les contraintes vertébrales qui en résultent. Il devrait aussi procurer des lignes directrices visant à optimiser la conception des sièges à suspension pour limiter les risques d'atteintes vertébrales chez les conducteurs de véhicules.
Ce projet est réalisé en partenariat avec le Conseil de recherche en sciences naturelles et en génie du Canada (CRSNG).

Du même projet

Publications scientifiques

The role of seat geometry and posture on the mechanical energy absorption characteristics of seated occupants under vertical vibration
Wang W., Rakheja S., Boileau P.-É.
Source :
International Journal of Industrial Ergonomics, vol. 36, no 2, 2006, p. 171-184
A study of force-motion and vibration transmission properties of seated body under vertical vibration and effects of sitting posture
Wang W.
Source :
Thèse de doctorat, Montréal, Université Concordia, 2006
Synthesis of a semi-active suspension seat for attenuation of whole-body vibration and shock
Ma X., Rakheja S., Su C. Y.
Source :
International Journal of Vehicle Design, vol. 47, no 1-4, 2008, p. 157-175
Energy absorption of seated occupants exposed to horizontal vibration and role of back support condition
Rakheja S., Mantapuram S., Dong R. G.
Source :
Industrial Health, vol. 46, no 6, 2008, p. 550-566
Analysis of distributed responses of the seated human body exposed to vertical seat excitations
Pranesh A., Rakheja S., Demont R.
Source :
in Proceedings of the 2nd American Conference on Human Vibration / ACHV, (2nd : June 3-6, 2008 : Chicago, U.S.A.), CD-ROM, 2008
Biodynamic responses of seated human exposed to random and sinusoidal horizontal whole body vibration
Mandapuram S., Rakheja S., Boileau P.-É.
Source :
in Proceedings of the 16th Japan Conference on Human Responses to Vibration, (16th : August 4-6, 2008 : Yonago, Japan), 2008, p. 126-140
Biodynamic response analysis of a seated human occupant with back support under vertical vibration
Rakheja S., Ahmed A. K. W.
Source :
Advances in Vibration, vol. 8, no 2, 2009, p. 165-182
Apparent mass and seat-to-head transmissibility responses of seated occupant to single and dual-axis horizontal vibration
Mandapuram S., Rakheja S., Boileau P.-É., Maeda S., Shibata N.
Source :
in International Conference on Whole Body Vibration Injuries, (4th : June 2-4, 2009 : Montréal, Canada), 2009
Influence of support conditions on vertical whole-body vibration transmission properties of the seated human body
Pranesh A., Rakheja S., Demont R., Saucier M.
Source :
in International Conference on Whole Body Vibration Injuries, (4th : June 2-4, 2009 : Montréal, Canada), 2009
Biodynamic response and spinal load estimation of seated body in vibration using finite element modeling
Wang W., Bazargari B., Shirazi-Adl S., Rakheja S., Boileau P.-É.
Source :
in International Conference on Whole Body Vibration Injuries, (4th : June 2-4, 2009 : Montréal, Canada), 2009
Influence of support conditions on vertical whole-body vibration transmission properties through the seated human body
Pranesh A., Rakheja S., Demont R.
Source :
Industrial Health, vol. 48, no 5, 2010, p. 682-697
Biodynamic response and spinal load estimation of seated body in vibration using finite element modeling
Wang W., Bazrgari B., Shirazi-Adl A., Rakheja S., Boileau P.-É.
Source :
Industrial Health, vol. 48, no 5, 2010, p. 557-564
Performance analysis of a relative motion based magneto-rheological damper controller for suspension seats
Huang X., Rakheja S.
Source :
in International Design Engineering Technical Conferences & Computers and Information in Engineering Conference / ASME 2010 (August 15-18, 2010 : Montreal, Canada), 2010, (http://www.asmeconferences.org/IDETC2010/PaperAccepted.cfm?noToolbar=yes)
Analysis of coupling effects in seated body biodynamic responses to multi-axis vibration
Mandapuram S., Rakheja S., Boileau P.-É.
Source :
in American Conference on Human Vibration (3rd : June 1-4, 2010 : Iowa, USA), 2010
Whole-body vibration injuries
Boileau P.-É., Rakheja S., Seidel H., Maeda S.
Source :
Industrial Health (special issue), vol. 48, no 5, 2010, p. 517

Informations complémentaires

Type : Projet

Numéro : 0099-5760

Statut : Terminé

Année de fin du projet : 2010

Champ de recherche : Prévention des risques mécaniques et physiques

Équipe :

Subhash Rakheja (Université Concordia)
Paul-Émile Boileau (IRSST)
James P. Dickey (Université Guelph)
Chun-Yi Su (Université Concordia)
R.G. Demont (Université Concordia)
Shiping Ma (Université Concordia)