… The influences of lift velocity and jerky movement on lumbar … the lumbar stress during load
lifting. The lumbar ultimate … In conclusion, lumbar compressive force values during lifting …

… to be either static or the analysis conducted was two … biomechanical analysis is needed to
quantify the true magnitude of forces acting on the spine. This paper presents such a analysis. …

… For the muscle uncoordination theory, the biomechanical analysis of the problem can render
very little insight at present. The back muscles are the most complex group of muscles in …

… a working biomechanical model has been developed and used to determine the relative
stresses of various types of lifting motions. The use of such biomechanical analysis in industry is …

… Incorrect lifting methods are an important risk factor for low back pain. The … analyze the
biomechanical loads exerted on the lumbar region of nursing assistants during the manual lifting …

… A biomechanical analysis was … load moments during lifting, and into length of hip extensor
muscular moment arms. Waters' load-sharing data were also included in the biomechanical …

… , five alternative lifting methods were defined in such a way that the biomechanical impact
of the … The current biomechanical model utilised in this study is not suitable for analysing the …

… This paper compares the joint gross moments and forces predicted from both a static and
dynamic biomechanical analysis for lifting psychophysically determined maximum loads. …

… lifting tasks remain unexplored. This study evaluates the effects of lifting weights and postures
on spinal biomechanics (ie … ) during a simulated repetitive lifting task undertaken within a …

… is shown that a recommended load to be lifted based solely on a … load lifting trajectories,
lifting dynamics, and biomechanical … If the biomechanical analyses are adjusted in both figures 3 …