Ergonomic Interventions To Prevent Musculoskeletal Injuries in IndustryCRC Press, 1 juil. 1987 - 216 pages New Information in this book makes it possible to identify and reduce occupational muculoskeletal injuries by the application of ergonomic principles and techniques. Valuable case studies illustrate industrial applications of ergonomics. |
Table des matières
Quantifying Patient Capabilities to Return to Work | 1 |
Identification | 11 |
Biomechanical Strength Models in Industry | 27 |
Biomechanical Studies in Industry A Case Study from | 47 |
Comparison of Different Approaches for the Prevention | 57 |
Evaluation and Design of Jobs for Control of Cumulative | 73 |
Evaluation of Interventions for Control of Cumulative | 85 |
Detection of Cumulative Trauma Disorders of Upper | 99 |
Design of Hand Tools for Control of Cumulative Trauma | 111 |
Engineering Controls | 117 |
Analysis of a Program for Control of Cumulative Trauma | 133 |
Selection of Power Tools and Mechanical Assists | 151 |
Appendix A Strength Test Protocol Work Hardening Study | 161 |
Expressions et termes fréquents
activities anthropometric anthropometry Area Armstrong back school Biomechanical Model biomechanics group carpal tunnel syndrome Center for Ergonomics changes checklist correlation CTDs Cummins cumulative trauma disorders D.B. Chaffin developed dynamic strength effective elbow employees engineering ergonomic knowledge ergonomic programs evaluation examination exertions exposure female Figure flexion handling tasks Health hose impact wrenches implementation incidence increased industrial experience job analysis job design jobs required joint lifting limited load low back pain Lumbar lumbar spine manual materials handling measures meeting muscle strength musculoskeletal disorders musculoskeletal injuries NIOSH nomic Occupational operation participant perceptions patients PDSS percentile perform physical placement position power tools predicted prevent problems quiz scores redesign reduce repetitiveness risk factors sagittal plane shoulder postures specific spinal Spine static strength strength testing surveillance Table task force tion torque trunk flexion UECTDs University of Michigan upper extremity vibration workers workplace workstation wrist