Compare the velocity profiles for laminar and turbulent fluid flow. Explain fully one is parabolic and...

Compare the velocity profiles for laminar and turbulent fluid flow. Explain fully one is parabolic and the other more closely resembles a plateau.

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genius_generous answered 2 years ago

Fluid Mechanics Topic Why is it important to know if the flow is laminar or turbulent...

Fluid Mechanics Topic Why is it important to know if the flow is laminar or turbulent ? Like why do we care to know whether its laminar or turbulent. Please i need a correct logical answer. It has nothing to do with reynolds number.

Problem 1: Laminar and Turbulent Flow When fluids flow, the motion of the flow can either...

Problem 1: Laminar and Turbulent Flow When fluids flow, the motion of the flow can either be steady and smooth (called laminar flow) or unsteady and chaotic (called turbulent flow). Streamlines for illustrative flows are shown to the right. A long time ago we discussed the Reynolds number Re for an object of “size” ?? moving at speed ?? through a fluid of density ?? and viscosity ??. Re = ?????? ?? Recall that for large Re, the relevant drag...

Derive the relationships between maximum and mean velocities in case of laminar and turbulent flows? (Fluid...

Derive the relationships between maximum and mean velocities in case of laminar and turbulent flows? (Fluid Mechanics)

1) Choose a characteristic of turbulent flow below. A) Laminar flow B) Produces kinetic energy C)...

1) Choose a characteristic of turbulent flow below. A) Laminar flow B) Produces kinetic energy C) Viscosity dominates the flowals behavior D) The energy will always be potential energy E) Fluids moving at different rates of speed when they go through or around a solid object 2) The Lido deck is where A)there are large state rooms B) Usually where you will find the pool C) The deck below Steerage D) Where people embark 3) 100 million times better than...

Q. No 1). Differentiate between: Laminar flow and turbulent flow Reynolds number and Fraud Number FPS...

Q. No 1). Differentiate between: Laminar flow and turbulent flow Reynolds number and Fraud Number FPS system of units and SI system of units. Explain each point in detail and provide figure or sketch to explain. Each symbol should be defined clearly. Q. No 2). State and explain Bernoulli’s equation define each term of equation clearly.

Poiseuille flow describes laminar flow in a circular pipe. The velocity distribution in such flow has...

Poiseuille flow describes laminar flow in a circular pipe. The velocity distribution in such flow has a parabolic form. Prove that the mean velocity is equal to one-half of the maximum velocity in this type of flow. Be sure to show all of your work. (Hint: the analysis is similar to that done for laminar flow between parallel plates)

Concept 1: Does turbulent flow or laminar flow have a greater heat transfer coefficient? Why? Concept...

Concept 1: Does turbulent flow or laminar flow have a greater heat transfer coefficient? Why? Concept 2: For flow over a flat plate, why does the heat transfer coefficient decrease the greater the distance from the leading edge? (in answering, ignore the effects of flow regime transitions. i.e. assume the flow over the plate is all laminar or all turbulent).

The velocity profile for a steady laminar flow in a circular pipe of radius R is...

The velocity profile for a steady laminar flow in a circular pipe of radius R is given by u=u0(1−r2R2) . If the fluid density varies with radial distance r from the centerline as ρ=ρ0(1+rR)14 , where ρ0 is the fluid density at the pipe center, obtain and choose the correct relation for the bulk fluid density in the tube.

(1) Describe briefly the definition of fully developed laminar flow. (2) From governing laws for fully...

(1) Describe briefly the definition of fully developed laminar flow. (2) From governing laws for fully developed laminar flow, derive an equation for fully developed laminar flow that shows the relation between flowrate and pressure gradient.

What is external flow? What is internal flow? What is the Reynolds number? What is its physical interpretation? What are turbulent and laminar flows?

What is external flow? What is internal flow? What is the Reynolds number? What is its physical interpretation? What are turbulent and laminar flows? Plot the variation of the local heat transfer coefficient for flow over a flat plate

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