Explain Velocity Distribution For Laminar And Turbulent Flows?

1.	Explain Velocity Distribution For Laminar And Turbulent Flows?
Answer» In case of laminar flow, the velocity distribution follows a PARABOLIC law of variation. The maximum velocity at CENTER of PIPE is TWICE the average velocity. For turbulent flow, more uniform velocity distribution results. In case of laminar flow, the velocity distribution follows a parabolic law of variation. The maximum velocity at center of pipe is twice the average velocity. For turbulent flow, more uniform velocity distribution results.

Answer»

In case of laminar flow, the velocity distribution follows a PARABOLIC law of variation. The maximum velocity at CENTER of PIPE is TWICE the average velocity. For turbulent flow, more uniform velocity distribution results.

In case of laminar flow, the velocity distribution follows a parabolic law of variation. The maximum velocity at center of pipe is twice the average velocity. For turbulent flow, more uniform velocity distribution results.

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Explain Velocity Distribution For Laminar And Turbulent Flows?

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