... is represented using a classical Hill’s model. 23 11 2009 22 01 2010 27 01 2010 19 03 2010 19 03 2010 biocontrol biomechanics cascade control closed loop systems muscle neurophysiology nonlinear dynamical systems optimisation physiological models Computer...

... Dynamic Stability During Human Walking ,” ASME J. Biomech. Eng. 0148-0731 , 129 , pp. 586 – 593 . 10.1115/1.2746383 03 09 2008 25 08 2009 10 09 2009 29 10 2009 biocontrol gait analysis kinematics mechanoception Balance control is a multifaceted process...

... for measuring molecular responses of intact vascular segments exposed to precisely simulated arterial biomechanical conditions. 24 07 2007 02 04 2008 10 07 2008 biochemistry biocontrol biomechanics blood vessels carbon compounds haemorheology hydrogen medical computing medical...

...-strike. Email: Kboyer@stanford.edu 07 06 2006 13 12 2006 electromyography neurophysiology gait analysis impact (mechanical) damping acceleration biocontrol Each time the foot hits the ground in heel-toe running vibrations of the soft tissue...

... walking stability indices have been proposed ( 11 13 14 15 ), there is still no commonly accepted way to define , much less quantify, locomotor stability. walking falling dynamic stability Floquet multipliers nonlinear dynamics gait analysis mechanoception biocontrol kinematics...

... gait analysis bone bifurcation biocontrol locomotion gait chaos fractals variability passive dynamics Human locomotion is typically described as having a periodic movement pattern. For example, it can be readily observed that the legs oscillate to-and-fro with a limit cycle...

.... , and Stehle , P. , 1960 , Classical Mechanics , 2nd ed. , Dover , New York. 01 04 2005 08 05 2006 prosthetics mechanoception patient rehabilitation biocontrol medical control systems position control micromechanical devices gyroscopes accelerometers biomedical transducers...

... bipedal walking with explicit control of walking velocity. Gait Stability Model Forward Dynamic gait analysis eigenvalues and eigenfunctions biocontrol 18 June 2003 28 July 2004 08 03 2005 Contributed by the Bioengineering Division for publication...

.... 16 November 2003 20 June 2003 09 01 2004 biomechanics physiological models biocontrol muscle neurophysiology Monte Carlo methods kinematics orthopaedics The knee joint is the largest and most complex joint in the human body. Comprised of multiple structures...

... received February 25, 2003. Associate Editor: M. G. Pandy. 21 March 2001 25 February 2003 01 08 2003 feedback biomechanics muscle physiological models neurophysiology biocontrol algorithm theory The principle by which humans generate a variety of locomotion...

..., metabolites, growth factors) to and from the cells. To meet these requirements and advance the utility of tissue engineering, improved bioreactor systems are needed. biological techniques biomechanics biocontrol biological tissues cellular biophysics motion control temperature control strain...

... physiological models biocontrol flow control haemodynamics biomedical equipment 01 April 2001 01 June 2002 27 12 2002 Contributed by the Bioengineering Division for publication in the JOURNAL OF BIOMECHANICAL ENGINEERING . Manuscript received April 2001; revised manuscript received...

... by the Bioengineering Division Mar. 2000; revised manuscript received Jan. 2002. Associate Editor: R. Vanderby, Jr. 01 Mar 2000 01 Jan 2002 21 05 2002 biomechanics muscle biocontrol force measurement biomedical measurement A human finger can manipulate an object dexterously...

... December 1999 11 January 2001 brain models biomechanics biocontrol closed loop systems feedback neurophysiology biomembrane transport calcium optical microscopy Traumatic brain injury (TBI) is a disease in the classical sense that results in 51,000 deaths and 260,000...

... cooling temperature control biocontrol aerospace biophysics physiological models biothermics Human activities during space missions that occur outside the confines of a capsule that maintains a near-earth atmospheric state require that a space suit be worn. These activities are dubbed...

... OF BIOMECHANICAL ENGINEERING . Manuscript received by the Bioengineering Division October 6, 1999; revised manuscript received August 10, 2000. Associate Technical Editor: L. A. Taber. 06 October 1999 10 August 2000 biological fluid dynamics osmosis swelling biocontrol physiological models...

... August 2000 bone cellular biophysics biocontrol mechanical stability density finite element analysis biomechanics physiological models The trabecular structure in bone is due in large part to the dynamic remodeling process controlled by mechanical function. The most striking...

... friction ergonomics biocontrol neurophysiology Researchers have studied bicycle pedaling to address equipment setup and design problems and motor control issues. From an equipment setup and design perspective, the ultimate goal is usually to improve human performance during outdoor riding...

... for electrically elicited isometric plantar flexion. Muscle Model Human Triceps Surae Electromyographic Signals Stimulation Dynamics Excitation Dynamics Contraction Dynamics electromyography neurophysiology biocontrol physiological models biomechanics 09 Dec 1998 09 March 2000...

... Technical Editor: J. B. Grotberg. 14 January 1999 28 October 1999 haemodynamics pulsatile flow pipe flow physiological models biocontrol blood vessels An animal’s circulatory system controls many vital processes in its body, including the transport of respiratory gases...