Ergonomics · 1987 · 21 citations · 28 references
EngineeringKinesiologyBiomechanicsErgonomicsMovement AnalysisFall RiskFoot BiomechanicsManual Material HandlingManual Material Handling SafetyOccupational BiomechanicsSlips PreventionBiomechanics Of SlippingFoot - Ground InteractionGround Reaction Force AnalysisGround Reaction ForcesManual Material Handling AssessmentManual Material Handling DesignManual Material Handling RiskReaction Force Distribution
Slipping risk associated with manual material handling on inclined surfaces was investigated using a 24 factorial experimental design under controlled laboratory conditions. The reaction force data at the shoe sole-sloping surface interface, the box trajectories, and the subjects’ assessment of the risk involved in carrying out the prescribed tasks were obtained and analysed both analytically and statistically. The results of these analyses are presented in this paper.
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