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The book provides an easy way to understand the fundamentals of heat transfer. The reader will acquire the ability to design and analyze heat exchangers. Without extensive derivation of the fundamentals, the latest correlations for heat transfer coefficients and their application are discussed. The following topics are presented - Steady state and transient heat conduction - Free and forced convection - Finned surfaces - Condensation and boiling - Radiation - Heat exchanger design - Problem-solving After introducing the basic terminology, the reader is made familiar with the different mechanisms of heat transfer. Their practical application is demonstrated in examples, which are available in the Internet as MathCad files for further use. Tables of material properties and formulas for their use in programs are included in the appendix. This book will serve as a valuable resource for both students and engineers in the industry. The author’s experience indicates that students, after 40 lectures and exercises of 45 minutes based on this textbook, have proved capable of designing independently complex heat exchangers such as for cooling of rocket propulsion chambers, condensers and evaporators for heat pumps.
Heat Transfer is a compulsory core course in the curriculum of almost all branches of engineering in several engineering and technical institutions and universities. An outcome of the lecture notes prepared by the author, this book has been prepared primarily for an introductroy course in Heat and Mass Transfer.
The present book covers essential material in heat transfer. It is aimed at students who desire a fundamental understanding of the subject and provides them with the ability of solving engineering problems related to heat transfer. Part I, consisting of Lectures 1 and 2, provides a brief overview of the three modes of heat transfer: conduction, convection and radiation. Dimensions and units of various quantities, the fundamental laws, and the role that energy balance plays in addressing heat transfer problems are also covered in these lectures. Part II, consisting of Lectures 3 through 11, deals with conduction heat transfer. Steady and unsteady one- and multi-dimensional heat conduction are covered, as well as the concept of thermal resistances, heat sources and fins. Part III consists of Lectures 12 through 25 and deals with convection heat transfer. Basic concepts, such as the boundary layer approximation, non-dimensionalization and similarity, as well as topics on laminar and turbulent internal and external flows in forced and free convection are covered. Part IV, consisting of Lectures 26 through 31, deals with the subject of thermal radiation, including the physics and geometry of radiation, blackbody radiation, solar radiation, and radiation exchange. Offering a concise overview of the most critical concepts of heat transfer, the volume is ideal for those new to the field or requiring a refresher.
Solved heat transfer problems This book is a problem-solving supplement for any undergraduate heat transfer text. It will help the engineering student learn how to solve basic heat transfer problems in a logical and systematic way. Blending the problem-solving features of a solutions manual with the instructional features of a text, this book is a useful resource for students in mechanical engineering, chemical engineering and other engineering disciplines in which heat transfer is studied. The book may also be used as a resource for practicing engineers.