scienceisbeauty: Simulation of the musculoskeletal system has important applications in biomechanics, biomedical engineering, surgery simulation, and computer graphics. The accuracy of the muscle, bone, and tendon geometry as well as the accuracy of muscle and tendon dynamic deformation are of paramount importance in all these applications. Credit: Joseph M. Teran Source: UCLA Department of Mathematics, Publications 2003-2005, Creating and simulating skeletal muscle from the Visible Human Data Set (paper),  View high resolution

scienceisbeauty:

Simulation of the musculoskeletal system has important applications in biomechanics, biomedical engineering, surgery simulation, and computer graphics. The accuracy of the muscle, bone, and tendon geometry as well as the accuracy of muscle and tendon dynamic deformation are of paramount importance in all these applications.

Credit: Joseph M. Teran

Source: UCLA Department of Mathematics, Publications 2003-2005, Creating and simulating skeletal muscle from the Visible Human Data Set (paper), 

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