Sentence examples for lifting strategy from inspiring English sources

Results showed that both simulated muscle weakness conditions had a marked effect on the lifting strategy.

The results show that lifting strategy changed significantly after arm fatigue, especially when the load was less than 20 kg.

The hypothesis was that isometrically induced arm fatigue can alter the lifting strategy selection resulting in an increase in the initial acceleration and leading to an increase in lower back stress.

Differences in the lifting strategies used including the accelerated effect, pre-lifting technique, and stiffening of the arms were monitored to determine their influence on L5/S1 compressive forces under various load and range conditions.

In this study, lifting strategies changed as a function of arm fatigue, resulting in increased lower back loading.

The purposes of this study were (1) to compare the lifting strategies during arm fatigue and non-fatigue conditions and (2) to evaluate the effects of localized arm fatigue on L5/S1 compressive forces during lifting.

The possibility to comprise this phenomenon within design and lifting strategies is fundamental as the life prediction is more consistent with real operating regimes and does not jeopardize to have extremely conservative endurance evaluation.

Within-participant variability contributions to the dataset were relatively small, whereas the contribution of between-participants variability was dependent on the segment (as large as 50%) and could indicate different lifting strategies across participants.

While subjects preferred a strategy that predominantly or significantly relied on the legs under unconstrained condition, a general trend of alteration towards a back-lift strategy was observed when simulated leg muscle weakness was administered.

Implications of a suggested causal relationship between muscular strength and lifting motion strategy are discussed.

This paper describes the first of a series of studies aimed at elucidating whether back and leg muscle strengths are the intrinsic determinants of lifting motion strategy.