Question: Three parallel plates are separated by Newtonian fluids A and B, as shown in the figure below. Assume steady-state and laminar flow conditions. The flow

Three parallel plates are separated by Newtonian fluids A and B, as shown in the figure below. Assume steady-state and laminar flow conditions. The flow can be considered incompressible and the viscosities of the two fluids can be considered constant. V2 h2 Fluid A (Pa, HA) h1 Fluid B (PB, HB) V1 (a) Using the equations of change (no shell nce please!), derive the expressions for the velocity distribution in Fluids A & B. (b) What should be the value of h2, such that the middle plate remains stationary? (11 marks)

Three parallel plates are separated by Newtonian fluids A and B, as shown in the figure below. Assume steady-state and laminar flow conditions. The flow can be considered incompressible and the viscosities of the two fluids can be considered constant. V2 h2 Fluid A (PAM) hi Fluid B (P.) V (a) Using the equations of change (no shell balance please!), derive the expressions for the velocity distribution in Fluids A & B. (b) What should be the value of h2, such that the middle plate remains stationary? (11 marks)

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