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A platform for research: civil engineering, architecture and urbanism
Effects of Restricted Workspace on Lumbar Spine Loading
Coal miners often handle heavy electrical power cables, weighing up to 10 kg per meter. These cables are manually lifted and attached to the mine roof to prevent damage from mobile underground equipment. Data suggest that workers who commonly perform cable-handling tasks experience a high rate of lost-time back injuries. In this study, six male underground miners performed a total of twelve cable-hanging tasks in kneeling, standing, and stooping postures, during which kinematic and ground reaction force data were collected.
Effects of Restricted Workspace on Lumbar Spine Loading
Coal miners often handle heavy electrical power cables, weighing up to 10 kg per meter. These cables are manually lifted and attached to the mine roof to prevent damage from mobile underground equipment. Data suggest that workers who commonly perform cable-handling tasks experience a high rate of lost-time back injuries. In this study, six male underground miners performed a total of twelve cable-hanging tasks in kneeling, standing, and stooping postures, during which kinematic and ground reaction force data were collected.
Effects of Restricted Workspace on Lumbar Spine Loading
S. Gallagher (author) / C. A. Hamrick (author) / K. M. Cornelius (author) / M. S. Redfern (author)
2005
18 pages
Report
No indication
English
Mineral Industries , Physiology , Public Health & Industrial Medicine , Human Factors Engineering , Coal miners , Injury prevention , Occupational safety and health , Kinematics , Biomechanics , Injuries , Posture , Coal seams , Lifting , Ergonomics , Musculoskeletal disorders , Occupational injuries , Back injuries
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