id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_cdtzjkypkrhwvm65hjrapmg7ki	Liang Ma	Fatigue evaluation in maintenance and assembly operations by digital human simulation in virtual environment	2010	13	.pdf	application/pdf	8252	1267	70	simulated in a theoretical approach on the basis of a fatigue model in which fatigue resistances of different muscle groups were regressed from 24 existing maximum endurance time (MET) models. Keywords Virtual human simulation · muscle fatigue and posture analysis techniques can be integrated into virtual human simulation systems to assess the work efficiency virtual human tools to predict the variable physical strength. First, a virtual human model is introduced into the framework for posture analysis based on kinematic, dynamic, biomechanical, model and fatigue resistance for different muscle groups are Fig. 2 Elbow static strength depending on the human elbow and shoulder joint position, αs, αe [deg] of joint moment strength, a specific aspect of human physical status, has been simulated based on a general fatigue approach to generalize the virtual human simulation and evaluate the physical aspect in continuous static manual handling operations.	./cache/work_cdtzjkypkrhwvm65hjrapmg7ki.pdf	./txt/work_cdtzjkypkrhwvm65hjrapmg7ki.txt