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Fluid flow handbook

— Saleh, Jamal Mohammed - Nama Orang;

"Fluid Flow Handbook," edited by Jamal Mohammed Saleh and published by McGraw-Hill, is a comprehensive resource that blends theoretical insights with practical applications in fluid dynamics. The handbook is structured into several chapters, each focusing on key aspects of fluid flow:

Introduction: An overview of fluid flow concepts.
Fluid Properties: Detailed examination of the physical properties influencing fluid behavior.
Fluid Flow and Thermodynamics: Integration of thermodynamic principles with fluid dynamics.
Fluid Statics: Analysis of fluids at rest and the forces acting upon them.
Fluid Flow: Fundamental Concepts: Core principles governing fluid motion.
The General Equations: Mathematical formulations describing fluid flow.
Applications of the Equations of Change: Practical applications of fundamental equations in real-world scenarios.
Incompressible Flow: Behavior and analysis of incompressible fluids.
Flow of Gases in Pipes and Ducts: Dynamics of gas flow through various conduits.
Flow Minor Losses: Investigation of energy losses due to fittings, bends, and other pipeline components.
Hydrodynamics of Vapor-Liquid Two-Phase Flow: Study of systems where vapor and liquid phases coexist and interact.
Non-Newtonian Flow: Characteristics of fluids that do not follow Newton's law of viscosity.
Two-Phase Flow: Liquid-Solid and Gas-Solid Flow: Dynamics involving mixtures of liquids or gases with solid particles.
Molecular Flow: Analysis of fluid flow at the molecular level, particularly in rarefied gases.
This handbook serves as an essential reference for engineers and professionals dealing with fluid flow and piping systems, offering both foundational theories and practical guidance.

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