Book cover for Fluid Mechanics

Fluid Mechanics

Frank M. White

ISBN #9789385965494

8th Edition

1,418 Questions

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Homework Questions

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Summary

Learning Objectives

Key Concepts

Example Problems

Explanations

Common Mistakes

Summary

This section covers the fundamentals of turbomachinery design emphasizing pumps and turbines. It introduces key performance parameters such as head, flow rate, efficiency, and power and demonstrates how dimensional analysis leads to similarity rules including specific speed and specific diameter. The discussion explains methods for matching pump performance with system requirements, highlights potential design instabilities, and examines both hydraulic and wind turbine applications. A central idea is that selecting the correct machine type (centrifugal, mixed-flow, or axial-flow) and scaling appropriately can dramatically improve efficiency and performance in practical engineering applications.

Learning Objectives

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Key Concepts

CONCEPT

DEFINITION

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Example Problems

Example 1

Describe the geometry and operation of a human peristaltic PDP that is cherished by every romantic person on earth. How do the two ventricles differ?

Example 2

What would be the technical classification of the following turbomachines: $(a)$ a household fan, $(b)$ a windmill, $(c)$ an aircraft propeller, $(d)$ a fuel pump in a car, $(e)$ an eductor, $(f)$ a fluid-coupling transmission, and $(g)$ a power plant steam turbine?

Example 3

A PDP can deliver almost any fluid, but there is always a limiting very high viscosity for which performance will deteriorate. Can you explain the probable reason?

Example 4

Figure $\mathrm{P} 11.4$ shows the impeller on a common device which, when operating, turns at up to 300,000 r/min. Can you guess what it is and offer a description?

Example 5

What type of pump is shown in Fig. P11.5? How does it operate?

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Step-by-Step Explanations

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Common Mistakes

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