1. The leakage flow of hydraulic fluid through the two fixed parallel plates may be modeled as a laminar flow as shown i

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1 The Leakage Flow Of Hydraulic Fluid Through The Two Fixed Parallel Plates May Be Modeled As A Laminar Flow As Shown I 1 (101.25 KiB) Viewed 42 times

1. The leakage flow of hydraulic fluid through the two fixed parallel plates may be modeled as a laminar flow as shown in the figure below. The equation governing the flow can be represented as follows: d'u_dp μ- dy² dx where μµ is the dynamic viscosity of the fluid and equals to 0.02 N-s H is the vertical m² dp gap between two plates and its value is 0.01 mm. is the constant pressure drop with a dx value -108 Pau is the fluid velocity. Assume an approximate fluid velocity m u(y) = c, sin Please use Least-Squares method to obtain c, as well as approximated H equation of u in symbolic format. Then based on the equation, calculate the max velocity Umax. u(y) H