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Full Description
This text, written as an introduction to fluid mechanics for students of all engineering disciplines, emphasizes fluid flow phenomena and their modelling. The level of mathematics is kept at the minimum so that a student can pay full attention to the complexities of the fundamental physical concepts and develop a physical feel of the subject. Common misapplications, misunderstandings and over-generalizations made by students are anticipated and cautioned against. Relatively newer and simpler treatments have been used in several topics such as Euler acceleration formula, Reynolds transport theorem and Bernoulli equation, and a new unified treatment of modelling, similitude and the basis of approximations has been presented. A preview of fluid flow phenomena in Chapter 1 and an overview in the epilogue are included. A whole array of applications from diverse engineering disciplines has been introduced through numerous solved examples and over five hundred carefully graded problems. In this new edition, Chapter 9 on Similitude and Modelling has been re-written so as to make it easier to understand, and suggestions of several users have been incorporated.
Contents
Introduction to Fluid Flows Forces in Stationary Fluids Description and Analysis of Fluid Motion Conservation of Mass Momentum Theorems Equation of Motion Energy Equation Some Engineering Applications-I Similitude and Modelling Some Engineering Applications-II Approximations in Fluid Mechanics Inviscid Flows Boundary Layers Some Engineering Applications-III Effects of Compressibility Introduction to Turbulent Flows
