Physics of Fluid Mechanics - 300 Solved Problems in Statics, Dynamics, and Flow Analysis: A Problems & Solutions Guide for Physics and Engineering Students (numerical problems in physics)
Kindle Edition or EPUB + Converted PDF نویسندگان: Harry Langer
جزئیات
فرمت: Kindle Edition or EPUB + Converted PDF تاریخ انتشار نسخه الکترونیکی : October 3, 2026
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لینک: https://www.amazon.com/dp/B0HLWP1KBH
1,487,000 تومان
زمان تحویل: حداکثر 24 ساعت
توضیحات
Staring at a complex pipe network or an inclined gate diagram at two in the morning is a rite of passage for nearly every engineering student. Why does fluid mechanics feel so uniquely brutal during your first semester? It is rarely the raw calculus that trips you up. The real friction point is bridging abstract vector derivations with the practical reality of physical fluid behavior. You are asked to compute hydrostatic forces, size a pump, or predict boundary layer separation - often before you have developed real intuition for how pressure, velocity, and momentum interact. This book bridges that gap directly through three hundred fully solved numerical problems across fifteen structured chapters.Part I establishes the physical groundwork. Chapter 1 covers core fluid properties like density, dynamic viscosity, surface tension, and bulk modulus. Chapter 2 develops fluid statics and pressure measurement techniques using manometers. Chapter 3 analyzes hydrostatic forces on submerged plane and curved surfaces - locating the exact center of pressure - while Chapter 4 addresses Archimedes' principle, buoyancy, and metacentric height stability for floating bodies.Part II builds the core analytical toolkit for moving fluids. Chapter 5 explores fluid kinematics, velocity fields, and material derivatives. Chapter 6 applies the continuity equation to enforce conservation of mass across control volumes. Chapter 7 introduces Bernoulli's equation, stagnation pressure, and extended energy methods for systems with friction, pumps, and turbines. Chapters 8 and 9 harness linear and angular momentum equations - including the Euler turbomachine relation - to evaluate dynamic forces on pipe bends, nozzles, and rotating impellers.Part III confronts viscous flow realities and scaling methodology. Chapter 10 uses the Buckingham Pi theorem to construct dimensionless groups like the Reynolds, Froude, Weber, and Mach numbers for model testing. Chapter 11 contrasts laminar Hagen-Poiseuille flow against turbulent friction factor correlations. Chapter 12 integrates these principles into complete pipe and duct system design, balancing major and minor losses, series and parallel pipe networks, and water hammer pressure surges.Part IV advances into applied engineering challenges. Chapter 13 covers boundary layer theory, laminar Blasius profiles, and flow separation under adverse pressure gradients. Chapter 14 evaluates drag and lift on immersed bodies, Stokes' law, terminal velocity, and the drag crisis. Chapter 15 unifies open channel flow via Manning's equation, compressible flow through converging-diverging nozzles, and turbomachinery specific speed.Do not merely read through worked solutions. Attempt each problem independently first - even when you feel unsure where to start. The productive struggle of drawing control volumes, selecting governing equations, and verifying unit consistency is precisely where durable, real-world engineering intuition is built from the ground up.Q: Who is this fluid mechanics problem book designed for?A: This book is written primarily for undergraduate engineering students in mechanical, civil, chemical, and aerospace disciplines, as well as practitioners seeking a structured refresher on core fluid statics, dynamics, and flow analysis principles.Q: Does this book contain complete step-by-step solution breakdowns?A: Yes. Each of the three hundred problems features a complete given-solution-answer format, guiding you through control volume selection, governing equations, algebraic manipulation, and numerical evaluation with consistent units.Q: What prerequisites are recommended before using this solved problems guide?A: A foundational background in introductory physics (Newtonian mechanics) and basic single-variable and multivariable calculus provides the necessary foundation to work through these problems effectively.
1,487,000 تومان
زمان تحویل: حداکثر 24 ساعت