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Fluid: Ethylene glycol L: 30 mm Pa:101325 Laminar flow in a micro channel device, with a narrow slit. The equation solved in class to predict
Fluid: Ethylene glycol
L: 30 mm
Pa:101325
Laminar flow in a micro channel device, with a narrow slit. The equation solved in class to predict the flow in a narrow slit has the form. Q=32(0L)LB3W Use this equation to calculate: a) the pressure on each joint of the branched network if the velocity at the inlet is 0.01m/s b) The flow rate on each branch if the pressure difference between both ends is 5Pa. c) Replicate your analysis using CFD and compare results. I Laminar flow in a micro channel device, with a narrow slit. The equation solved in class to predict the flow in a narrow slit has the form. Q=32(0L)LB3W Use this equation to calculate: a) the pressure on each joint of the branched network if the velocity at the inlet is 0.01m/s b) The flow rate on each branch if the pressure difference between both ends is 5Pa. c) Replicate your analysis using CFD and compare resultsStep by Step Solution
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