نتایج جستجو برای: musculo

تعداد نتایج: 777  

Journal: :Journal of biomechanics 1977
H Hatze

A mathematical model of the total human musculo-skeletal system is presented. The model comprises a link-mechanical and a musculo-mechanical set of ordinary first-order differential equations which deacrihe the dynamics of the segment model and muscle model respectively. The interdependence of the two sets of equations is demonstrated. The set of musculo-mechanical quations contains the two neu...

Journal: :Scottish Medical Journal 2009

Journal: :Journal of biomechanics 2001
M O Heller G Bergmann G Deuretzbacher L Dürselen M Pohl L Claes N P Haas G N Duda

Musculo-skeletal loading plays an important role in the primary stability of joint replacements and in the biological processes involved in fracture healing. However, current knowledge of musculo-skeletal loading is still limited. In the past, a number of musculo-skeletal models have been developed to estimate loading conditions at the hip. So far, a cycle-to-cycle validation of predicted muscu...

2013
Masashi Furukawa Michiko Watanabe

Animats are artificial creature studied in Alife. Musculo-skeltal structure is a skeleton control model usually used for humanoids. We apply the musculo-skeltal structure to simple swimming animats. The purpose of this study is to acquire proper locomotion of animats in a virtual water environment. The locomotion control is acquired by use of neuro-evolution. The evolved locomotion, swimming, i...

2015
Raphaël Portero Franck Quaine Violaine Cahouet Marc Léouffre Christine Servière Pierre Portero Massimo Sacchetti

AIM The aim of this study is to determine if the fatigue of cervical muscles has a significant influence on the head-neck segment musculo-tendinous stiffness. METHODS Ten men (aged 21.2 ± 1.9 years) performed four quick-release trials of flexion at 30 and 50% MVC before and after the induction of muscular fatigue on cervical flexors. Electromyographic activity was recorded on the sternocleido...

Journal: :Revista chilena de anatomía 1999

2012
Justin Seipel

An important next step is to increase the capabilities of musculo-skeletal simulations to accurately predict robust stability of whole-body dynamic locomotion. Accomplishing this step is expected to positively enable biomechanical simulation, prosthetics, rehabilitation, and robotics research. Greater stability and robustness of musculo-skeletal simulations enables vertical advancement of the f...

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