By Jay D. Humphrey, Sherry L. O'Rourke
This booklet covers the basics of biomechanics. issues comprise bio solids, biofluids, rigidity, stability and equilibrium. scholars are inspired to contextualize ideas and routines inside a “big photograph” of biomechanics. this is often a great booklet for undergraduate scholars with pursuits in biomedical engineering.
Read or Download An Introduction to Biomechanics: Solids and Fluids, Analysis and Design PDF
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Additional resources for An Introduction to Biomechanics: Solids and Fluids, Analysis and Design
Example text
2 μm) units, called sarcomeres. According to the sliding filament model proposed in 1954, sarcomeres consist of overlapping thin (actin) and thick (myosin) filaments. 4. 7 Schema of the cross-bridge mechanism that is thought to control the contraction and relaxation of muscle. In particular, the cross-bridges allow a ratcheting motion between the thick myosin filaments and the thin actin filaments. Calcium plays a key role in this process. that attach, detach, and reattach in a ratcheting fashion with the actin, which thereby produces movement associated with the contraction of muscle (Fig.
In summary then, there is a need for mechanics at all scales in biology—from the molecule to the cell to the organ to the organism. Although much is known, much remains to be discovered. 7 General Method of Approach The biomechanical behavior of biological tissues and organs results from the integrated manifestation of the many components that constitute the structure and their interactions. Although we may not always be directly interested in cellular- or molecular-level phenomena, as, for example, when calculating the forces within the wall of an aneurysm to evaluate its rupture potential or when designing a wheelchair, some knowledge of the associated cell and matrix biology can always provide important insight.
Introduction throughout this text, that is, the common methods of approach that are introduced and applied first to solidlike, then fluidlike and finally coupled biomechanical behaviors. Appendix 1: Engineering Statics From physics, we recall that Newton put forth three “laws” that form the foundation of classical mechanics: (1) a body at rest will remain at rest, or a body in motion at a constant velocity will remain at a constant velocity, unless acted upon by an external force; (2) with respect to an inertial frame of reference, the (time) rate of change of the linear momentum must balance the applied external forces; (3) for every force that acts on a body there is an equal and opposite force that acts on some other body.
