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Fluid Dynamics

An Introduction to Fluid Mechanics and Transport Phenomena by G. Hauke

By G. Hauke

This booklet offers the rules of fluid mechanics and shipping phenomena in a concise means. it really is compatible as an advent to the topic because it comprises many examples, proposed difficulties and a bankruptcy for self-evaluation.

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Additional resources for An Introduction to Fluid Mechanics and Transport Phenomena

Sample text

5 (Streakline). The streakline is the geometric place occupied by fluid particles that have passed by the same point at previous times. Fig. 8. The plume of a chimney is a streakline. Streamlines indicate the velocity direction. They can be visualized by implanting little flags inside the fluid and observing their orientation. The streamlines can be obtained by drawing lines tangent to the flags. They are a rather mathematical object. The trajectory is the path followed by a fluid particle. For example, the braking marks on a road indicate the position that a tire has been occupying while the wheel was being dragged.

Find the volumetric flow rate per unit width at any value of x. 9. Film condensation on a vertical plate. 10 Write the expression of the kinetic energy flux across a surface S. 3 Fluid Forces The intensity of transport processes crucially depends on fluid motion. This is one of the salient features of transport phenomena in fluids. And since the fluid motion is impelled by the forces applied to the fluid, these fluid forces are of paramount importance in determination of the mentioned processes. Therefore, this chapter introduces the main forces that for engineering purposes act upon a fluid, namely, body forces, surface forces and surface tension.

The fluid density is ρ. 8. Slit geometry. vx (y) = (ρl − ρv )gδ 2 y 1 − µ δ 2 y δ 2 0 ≤ y ≤ δ(x) where ρl and ρv are the density of the fluid in the liquid and vapor phase, respectively, and µ the liquid density. Find the volumetric flow rate per unit width at any value of x. 9. Film condensation on a vertical plate. 10 Write the expression of the kinetic energy flux across a surface S. 3 Fluid Forces The intensity of transport processes crucially depends on fluid motion. This is one of the salient features of transport phenomena in fluids.

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