By Lee Waite
Improve Your take hold of of Fluid Mechanics within the Human Circulatory System_and advance greater clinical Devices
Applied Biofluid Mechanics encompasses a good take hold of of the position of fluid mechanics within the human circulatory process that would assist in the study and layout of recent clinical tools, apparatus, and systems.
Filled with a hundred designated illustrations, the publication examines cardiovascular anatomy and body structure, pulmonary anatomy and body structure, hematology, histology and serve as of blood vessels, middle valve mechanics and prosthetic middle valves, stents, pulsatile circulate in huge arteries, stream and strain size, modeling, and dimensional analysis.
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Additional resources for Applied Biofluid Mechanics
The pulmonary artery supplies blood to the lungs where carbon dioxide is exchanged with oxygen. The blood, which has been enriched with oxygen, flows from the lungs through the pulmonary veins and back to the left heart. It is interesting to note that blood flowing through the pulmonary artery is deoxygenated and blood flowing through the pulmonary vein is oxygenated. Although systemic arteries carry oxygenated blood, it is a mistake to think of arteries only as vessels that carry oxygenated blood.
Typically, the vessels continually branch, with the distance between branches not often being greater than 18 pipe diameters. Although most blood flow in humans is laminar, having a Re of 300 or less, it is possible for turbulence to occur at very high flow rates in the descending aorta, for example, in highly conditioned athletes. Turbulence is also common in pathological conditions such as heart murmurs and stenotic heart valves. Stenotic comes from the Greek word “stenos,” meaning narrow. Stenotic means narrowed, and a stenotic heart valve is one in which the narrowing of the valve is a result of the plaque formation on the valve.
Applied Biofluid Mechanics by Lee Waite