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30篇 您的检索式：作者名="YEADON M R"

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	题名	作者	年代	出处	被引量
1	The influence of simu- lation model complexity on the estimation of internal loading in gymnastics landings显示文摘	MILLS C PAIN MTG YEADON M R	2008	J Biomech2008，41，3：	1
2	Modifying landing mat material properties may decrease peak contact forces but in- crease forefoot forces in gymnastics landings 显示文摘	MILLS C YEADON M R PAIN MTG	2010	Sports Bio- mech2010，9，3：	1
3	Biomechanical aspects of playing surfaees显示文摘	NIGG B M YEADON M R	1987	J Sports Sei1987，5，2：	1
4	Reducing ground re action forces in gymnastics' landings may increase internal loading 显示文摘	MILLS C PAIN M T G YEADON M R	2009	J Biomeeh2009，42，6：	1
5	The Biomechanics of the Human in Flight显示文摘	YEADON M R	1997	Am J Sports Med1997，25，：	1
6	The Biomechanics of Twisting Somersaults(Part Ⅰ-Ⅳ)显示文摘	YEADON M R	1999	J Sports Sci1999，11，：	1
7	Biomechanical Aspects of Playing Surfaces显示文摘	Nigg B M Yeadon M R	1987	Jonmal of Sports Sciences1987，，2：	1
8	Reducing ground reaction forces in gymnastics' landings may increase internal loading 显示文摘	Mills C Pain M T G Yeadon M R	2009	Journal of Biomechanics2009，42，6：	1
9	Comparing different approaches for determining joint torque parameters from isovelocity dynamometer meas- urements 显示文摘	Forrester S E Yeadon M R King M A	2011	Journal of Biomechanics2011，44，5：	1
10	The appropriate use of regression equations for the estimation of segmental inertia parameters 显示文摘	Yeadon M R Morlock M	1989	Journal of Biomechanics (S0021-9290)1989，22，6：	1
11	The influence of simula- tion model complexity on the estimation of internal loading in gyumastics landings 显示文摘	Mills C Pain M T Yeadon M R	2008	Journal of Biomechanics2008，41，3：	1
12	The need for muscle co-contraction prior to a landing显示文摘	Yeadon M R King M A Forrester S E	2010	Journal of Bi- omechanics2010，43，2：	1
13	Reducing ground reac- tion forces in gymnastics' landings may increase internal loading显示文摘	Mills C Pain M T G Yeadon M R	2009	Journal of Biomechanics2009，42，6：	1
14	Evaluation of a torque driven simulation model of tumbling显示文摘	Yeadon M R King M A	2002	Journal of Applied Bio- mechanics2002，3，18：	1
15	Modelling a viscoelastic gymnastics landing mat during impact显示文摘	Mills C Pain M T Yeadon M R	2006	J Appl Biomech2006，22，2：	1
16	Video analysis of the de- formation and effective mass of gymnastics landing mats 显示文摘	Pain M T Mills C Yeadon M R	2005	Med Sci Sports Exerc2005，37，10：	1
17	Modifying landing mat ma- terial properties may decrease peak contact forces but increase fore- foot forces in gymnastics landings 显示文摘	Mills C Yeadon M R Pain M T	2010	Sports Biomechanics2010，9，3：	1
18	Parameter determina- tion for a computer simulation model of a diver and a spri- ngboard 显示文摘	Yeadon M R Kong P W King M A	2006	Journal of Applied Biomechanics2006，22，：	1
19	Evaluation of a torque - driven model of jumping for height 显示文摘	King M A Wilson C Yeadon M R	2006	J Appl Biomech2006，22，4：	1
20	Determining subject specific torque parameters for use in a torque driven simulation model of dynamic jumping 显示文摘	King M A Yeadon M R	2002	Journal of Applied Biomechanics2002，，18：	1

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