Technische Daten
Erscheinungsdatum
08.03.2024
Herausgeber
Springer International Publishing
Buch Untertitel
A Contribution to Objectifying Lumbar Load and Load-Bearing Capacity for an Ergonomic Work Design of Manual Materials Handling
Schlagwörter
manual materials handling, load-bearing capacity of the lumbar spine, Daily Exposure Recommendations with low risk in working life, lifetime overload criteria, prevention of low-back disorders, risk assessment of MMH operations, Dortmund Approach to comparing lumbar load and resilience, Dortmund Lumbar Load Study DOLLY, Dortmund Lumbar Load Atlas, objectifying lumbar load and load-bearing capacity, extensive spectrum of lumbar-load data, ergonomic work design, manual patient handling, Revised Dortmund Recommendations on maximum compressive forces, EPILIFT study on lumbar dose-risk associations, German Spine Study, prediction of compressive forces on lumbar intervertebral discs, prediction of shear forces on lumbar intervertebral discs, biomechanical analysis of lumbar load and lumbar resilience, 3D dynamic lumbar load prediction via The Dortmunder
Thema-Inhalt
TGP - Fertigungstechnik und Ingenieurwesen
AK - Design, industrielle und kommerzielle Kunst, Illustration
MFG - Physiologie
TBD - Konstruktion, Entwurf
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