Question: Imagine you are building a microfluidic device to simulate and study blood flow inside human body from heart to kidney. (a) What should be the
Imagine you are building a microfluidic device to simulate and study blood flow inside human body from heart to kidney.
(a) What should be the dimensions of the microfluidic channel to best represent a blood vessel?
(b) What is the viscosity of blood at 37 C? Is blood Newtonian or non-newtonian fluid?
(c) Calculate the Reynolds number for typical blood flow in body. Explain your assumptions as well as parameters used in the calculation. (d) Calculate the Colebrook friction factor for the blood flow.
(e) Calculate the pressure drop as blood flows from the heart to the kidney.
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