This Second Edition for the standard graduate level course in conduction heat transfer has been updated and oriented more to engineering applications partnered with real-world examples. New features include: numerous grid generation--for finding solutions by the finite element method--and recently developed inverse heat conduction. Every chapter and reference has been updated and new exercise problems replace the old.

Take a train to Southern California, and you'll pass through Colton. Once the home of Gabrielino and Serrano Indians, Colton is now known as the "Hub City," the only place in the United States where the Union Pacific and the Burlington, Northern & Santa Fe railroads cross. Westward-bound rail passengers travel through the horseshoe-shaped valley along the same trails that served Spanish explorers journeying from Mexico to Monterey in the 1770s. The valley's early settlers made use of the rich soil and ready transportation, cultivating fruit trees and shipping their harvest north and east. Legendary figures have also roamed Colton's streets, including the famous Tombstone gunslingers Wyatt Earp and his brother Virgil, who was Colton's first marshal, and their father, Nicholas, who served as a justice of the peace and city recorder. Over the 150 years of the community's history, many have passed through Colton, and all have left their mark on this classically Californian town.

Indexes the journals which continue American Society of Mechanical Engineers. Transactions. and which are also called: Series A- of the Transactions of the American Society of Mechanical Engineers.

The purposes of this book are to provide insight and to draw attention to problems peculiar to heat transfer at low temperatures. This does not imply that the theories of classical heat transfer fail at low temperatures, but rather that many of the approximations employed in standard solutions techniques are not valid in this regime. Physical properties, for example, have more pronounced variations at low temperatures and cannot, as is conventionally done, be held constant. Fluids readily become mixtures of two or more phases and their analysis is different from that for a single-phase fluid. These and other problems which occur more frequently at low temperatures than at standard conditions are discussed in this book. Although the title specifies heat transfer, the book also contains a very comprehensive chapter on two-phase fluid flow and a partial chapter on the flow of fluids in the thermodynamically critical state. Emphasis is placed on those flow phenomena that occur at low temperatures. Flow analyses are, of course, a prerequisite to forced-convection heat transfer analyses, and thus these chapters add continuity to the text. The book is primarily written for the design engineer, but does broach many topics which should prove interesting to the researcher. For the student and teacher the book will serve as a useful reference and possibly as a text for a special topics course in heat transfer.