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Biomechanics of manual material handling through simulation.
Lin-CJ; Bernard-TM; Ayoub-MM; Macedo-JA
Advances in industrial ergonomics and safety VI: proceedings of the Annual International Industrial Ergonomics and Safety Conference June 10-14, 1992, Denver, Colorado. Aghazadeh F, ed. London: Taylor & Francis, Limited (UK), 1994 Oct; :635-640
In ergonomics, biomechanical models are used to analyze stresses imposed on the musculoskeletal system. To conduct dynamic analyses, data regarding the motion of the body must be collected. If successfully developed, motion simulation can be used in place of the collection of joint coordinate data. A two-dimensional whole-body lifting simulation model is presented in this paper. Using an optimization concept, manual lifting motion is generated to satisfy an objective function subject to various constraints including limitations in kinetics and kinematics and those imposed by the physical layout of the task. Examples on the formulation of the constraints are given. Results of the simulation indicate that it is possible to improve the predicted motion by incorporating more realistic constraints provided that a reliable mathematical optimizer is available.
Ergonomics; Manual-materials-handling; Computer-models; Human-factors-engineering; Musculoskeletal-system-disorders; Simulation-methods; Mathematical-models
Advances in industrial ergonomics and safety VI: proceedings of the Annual International Industrial Ergonomics and Safety Conference June 10-14, 1992, Denver, Colorado
Department of Industrial Engineering, Texas Tech University, Lubbock Texas
Page last reviewed: April 12, 2019
Content source: National Institute for Occupational Safety and Health Education and Information Division