The flow rate between the plates is a parabola u(x,y)=U0(1-y^2/b^2) v(x,y)=0 and U0=5cm/s b=1cm viscosity u=1.0x10^-3...

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The flow rate between the plates is a parabola

u(x,y)=U0(1-y^2/b^2) v(x,y)=0

and U0=5cm/s b=1cm viscosity u=1.0x10^-3 Ns/m^2

Find

(1) y=b/2 acceleration ax=?

(2) y=b/2 shear stress $\huge \tau =?$

engineering Mechanical-Engineering

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lo dy b2 dt öy 10に01 even ywhene づ

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The flow rate between the plates is a parabola u(x,y)=U0(1-y^2/b^2) v(x,y)=0 and U0=5cm/s b=1cm viscosity u=1.0x10^-3...

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The flow rate between the plates is a parabola u(x,y)=U0(1-y^2/b^2) v(x,y)=0 and U0=5cm/s b=1cm viscosity u=1.0x10^-3...

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Problem 3- For flow of an incompressible, Newtonian fluids between parallel plates, the velocity ...

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The velocity profile of a steady-state flow (u = 0.001 kg/m .s) between two parallel plates...

2. Consider a polymer (with density p and viscosity u) flowing in between two parallel plates...

please solve (va20) for me thanks!! :) V VISCOUS FLOWS Page 38 nar flow between two infinite plates a distance h apart driven by a pressure gra- Va20. For lami dient, the velocity profile is [constan...

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The flow rate between the plates is a parabola u(x,y)=U0(1-y^2/b^2) v(x,y)=0 and U0=5cm/s b=1cm viscosity u=1.0x10^-3...

Homework Answers

Add Answer to: The flow rate between the plates is a parabola u(x,y)=U0(1-y^2/b^2) v(x,y)=0 and U0=5cm/s b=1cm viscosity u=1.0x10^-3...

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The flow rate between the plates is a parabola u(x,y)=U0(1-y^2/b^2) v(x,y)=0 and U0=5cm/s b=1cm viscosity u=1.0x10^-3...