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Novel Volumetric Compression Relaxation Testing of Skeletal Muscles

Computational models of the human body – such as those that simulate automotive impact – rely onaccurate material properties for bodily tissues. However, the compressive behavior of skeletal muscle is not fullyunderstood, particularly with regards to compression under confinement by surrounding tissue. For example, itis likely that in vivo muscle experiences a variation between confined and unconfined volumetric boundaryconditions, but nearly all previous studies have focused on muscle in unconfined compression (UC) or fullyconfined compression (CC). Thus, we have developed novel instrumentation to investigate the effects ofvolumetric boundary conditions (SC and CC) on stress relaxation of skeletal muscles.