Fluid Mechanics A Complete Course for Mechanical, Civil, Aerospace, and Chemical Engineering Students With Worked Examples, Applications, and Practice Problems

Fluid Mechanics: A Complete Course for Mechanical, Civil, Aerospace, and Chemical Engineering Students is a comprehensive undergraduate textbook designed to make one of engineering’s most important subjects clear, intuitive, and practical.This book develops every topic from fundamental physical principles through detailed explanations, fully worked examples, engineering applications, and carefully structured practice problems. Students learn not only how to solve problems but also why each principle works and when it should be applied.Inside you’ll find:Complete coverage of undergraduate fluid mechanicsClear, step-by-step explanations of every major conceptHundreds of fully worked engineering examplesPractice problems with detailed solutionsSI units used consistently throughoutReal-world engineering applicationsFormula reference, nomenclature, and comprehensive answer keyTopics include:Fluid properties and dimensional analysisFluid statics and pressure distributionBuoyancy and stabilityFluid kinematicsContinuity, momentum, and energy equationsBernoulli equation and engineering applicationsNavier-Stokes equationsBoundary layers, drag, and liftInternal pipe flow and pipe network analysisCompressible flow, nozzles, diffusers, and shock wavesOpen-channel flowPumps, turbines, compressors, and fansTurbulenceComputational Fluid Dynamics (CFD)Non-Newtonian and multiphase flowEnvironmental and geophysical fluid mechanicsFlow measurement techniquesIdeal for undergraduate engineering students, graduate students seeking a refresher, engineering instructors, and practicing engineers who want a thorough reference, this book provides the theoretical foundation and practical problem-solving skills needed for success in fluid mechanics courses and engineering practice.Whether used as a primary textbook, supplemental reference, or self-study guide, this book offers a structured, example-driven approach that helps readers build confidence while mastering one of the core subjects of engineering.