Boundary Layer Theory

Grab the fundamentals of viscous flow with Boundary Layer Theory by Rama Subba Reddy Gorla — a clear, rigorous guide that bridges classroom theory and real-world engineering. This authoritative text delivers concise derivations, practical examples, and focused insights into laminar and turbulent boundary layers, making complex concepts accessible to readers across disciplines.

Inside, you’ll find lucid explanations of classical and contemporary topics in fluid dynamics and heat transfer: boundary-layer equations, similarity solutions, stability and transition, scaling and asymptotics, and engineering approximations used in aerodynamics, turbomachinery, and environmental flows. The presentation balances mathematical rigor with intuitive physical interpretation, helping students, practicing engineers, and researchers apply theory to design and analysis.

Why this book matters: it translates foundational principles into tools for solving design problems — predicting skin friction, estimating heat transfer rates, and modeling flow separation — with worked examples and problem-solving guidance that build confidence. Especially useful for mechanical, aerospace, and civil engineers preparing for advanced courses, competitive exams, or field projects.

Relevant for readers in India and worldwide, the book is tailored to meet academic needs while remaining practical for industry applications. Whether you’re a graduate student tackling Navier–Stokes reductions or an engineer seeking reliable references for boundary-layer modeling, this volume is a compact, dependable resource.

Order your copy today to strengthen your mastery of boundary-layer phenomena and enhance your capability in fluid mechanics and heat transfer design.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.