Master the principles that connect fluid flow, heat transfer, and mass transfer—and learn to apply them as one unified engineering framework. Transport Phenomena Handbook is designed for engineering students, practicing engineers, and technical professionals who need more than isolated formulas. It brings momentum, energy, and mass transport together so you can understand how the same conservation laws, constitutive relationships, dimensionless groups, and modeling techniques govern real engineering systems. The manuscript is structured as both a sequential learning resource and a practical technical reference. Inside, you will:Build a strong foundation in conservation laws, dimensional analysis, transport properties, and Newton’s, Fourier’s, and Fick’s laws Analyze laminar and turbulent fluid flow, boundary layers, non-Newtonian fluids, packed beds, porous media, and piping systems Apply conduction, convection, radiation, and thermal-resistance methods to practical heat-transfer problems Understand heat exchanger design using LMTD, effectiveness-NTU methods, fouling analysis, and thermal-hydraulic sizing Explore diffusion, convective mass transfer, absorption, distillation, extraction, adsorption, membranes, and coupled heat–mass transport Extend core principles into porous media, biological systems, computational methods, CFD fundamentals, and industrial process design Use consolidated appendices covering nomenclature, unit conversions, and engineering property data for quicker reference Rather than treating fluid mechanics, heat transfer, and mass transfer as disconnected subjects, this handbook emphasizes their shared mathematical structure—helping you recognize patterns, select appropriate models, and approach complex engineering problems more systematically.Build a stronger command of transport phenomena and keep a comprehensive engineering reference within reach—get your copy today.
