Titlebook: Biofluid Mechanics · 2; Daniel J. Schneck Book 1980 Springer Science+Business Media New York 1980 dialysis.dynamics.fluid mechanics.respir

Kinetic

A Fluid Mechanics Approach to the Problem of Sensory Feedback in Prosthetic Devices,lost structure and supporting musculature, for example, the lost sensory information, is relatively new. Even newer is the idea of using a fluid to transmit tactile information, rather than the more traditional transducers (e.g., strain gauges mounted on cables or various other parts of the terminal

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Hydrodynamics of Prey Capture by Teleost Fishes,ative to the surrounding water. This pressure differential results in a flow of water into the mouth cavity carrying in the prey. Previous models of the suction feeding process have predicted the pattern and magnitude of pressure change in the mouth cavity based on kinematic profiles of jaw bone mov

1FAWN

Hydromechanical Adaptations in ,, (Octocorallia),mic problems faced by these organisms: (1) maximizing the area of feeding surfaces presented to flow while (2) limiting potentially damaging drag forces induced by water movement..The results are summarized as follows: (1) .. . exhibits three general morphologies depending upon flow regime: A) a stu

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高调

Blood Flow Disturbances in the Cardiovascular System: Significance in Health and Disease,eering applications. Among these factors are: pulsatile flow, non-Newtonian fluid, compliant arterial walls, complex structure of entrance regions, vessel tapering, curvature and bifurcations. All of these factors interact in the determination of flow characteristics of the arterial system. Many may

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Pulsatile Prosthetic Valve Flows: Laser-Doppler Studies,he cardiovascular system. A knowledge of such fluid mechanical parameters as shear rate, turbulence intensities and recirculation areas in the entry region of the aorta, for example, would provide a better understanding of associated diseases (e.g., thrombus formation and endothelial damage). In add

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Adulate

The Role of the Trapped Sinus Vortex in Aortic Valve Closure, pumps blood into the aorta. This valve is shown diagrammatically in figure 1. It has three leaflets (cusps) and behind each leaflet there is a cavity, the sinus of Valsalva. The leaflets are very thin (0.1–0.3 mm), non-muscular and very flexible in the axial direction.

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Quantification of the Microcirculatory Response to Freezing,cts associated with this phenomena have been summarized in several recent reviews.. The response of tissue to freezing injury is intimately related to modifications produced in the functional state of the localized circulatory system. Although subzero tissue temperatures are requisite to freezing in