Unformatted text preview: = 40%) and y = 0.05 dyn/cm 2 : 1) Solve the stressstrain relationship for the flow field in the first problem, v(x 2 ) with all other v components equal to zero. Sketch out the relationship between 0 and 1000 sec1 . 2) Given the values for size of the large veins, e.g. vena cava, from lecture 1, estimate the order of magnitude of the strain rate. Design Problem: Blood is a very complex fluid that requires being measured using multiple techniques to provide an accurate picture of its mechanical properties. Propose another measurement technique that utilizes the concepts of Stokes flow and assumes that blood is a homogeneous solution not a suspension. Hint : the design should include density, viscosity, and gravity . ij p ij J 2 V kl...
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This note was uploaded on 09/02/2009 for the course BENG 112B taught by Professor Huang during the Spring '08 term at UCSD.
 Spring '08
 HUANG

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