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The future work should include muscle force modeling to improve joint compression force estimation.
The increase in drop height and landing stiffness resulted in increased knee joint compression force.
The authors recognize that the bone-on-bone force does not correspond directly to joint compression force calculated using inverse dynamics approach [32].
Consistent with previous literature [24, 30], we found that the knee joint compression force increased with drop height and the instruction to land stiffly.
Joint compression force was operationally defined as joint reaction force that acted along the longitudinal axis at the proximal end of the leg segment.
To investigate the effect of different drop heights and landing instructions on knee joint loading the following measures were calculated bilaterally: knee joint compression force, knee joint flexion moment, knee joint abduction moment, and knee joint external rotation moment.
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The results revealed the scaling of vertical nGRF, knee joint flexion angle, and compression force with increased landing stiffness.
Clinically, the two bones of the finger joint should be closer when the compression force increases.
As the scapula has rotated roughly 30° in this position, gravity induces a considerable amount of compression force across the shoulder joint.
Tibiofemoral joint compression and soft tissue (ligament and muscle) forces were also included to better represent the loading condition in the tibia.
A quasi-static shear force is applied horizontally while a constant compression force is maintained on the joint.
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