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This paper aims to develop a theoretical framework for physiological factors evaluation in work system design, and the goal has been achieved by combining principles and techniques derived from Digital Human Modeling (DHM). In more specific terms, geometrical, biomechanical, and graphical models are constructed to realize the simulation of worker's physical status in the virtual working environment, then to detect and evaluate work-related musculoskeletal disorders (WMSDs) which have a great potential of causing occupational impairment and disability. Furthermore, the ultimate object of this proposed framework is to fit the work system to the worker, and prevent the WMSDs from the original design phase.

Digital Human Modeling for Physiological Factors Evaluation in Work System Design