SECOND-LAW ANALYSIS IN HEAT TRANSFER AND THERMAL DESIGN.

This review articles is devoted to the introduction of second-law analysis in heat transfer, and entropy generation minimization in thermal design. The presentation proceeds from the derivation of the Gouy-Stodola theorem, the basis for entropy generation minimization in the conceptual design of heat transfer equipment. Appropriate analytical tools, such as the entropy generation number N//S are devised for the task of estimating the destruction of available work in the processes involving heat transfer. However, the entropy generation number concept is considerably more general, since it can be used to quantitatively describe the degree of irreversibility of engineering components and processes which do not draw their irreversibility solely from heat transfer. The examples considered in this article range from the irreversibility associated with some of the most fundamental convective heat transfer processes, to the minimum irreversibility design of one-dimensional insulations such as the main counterflow heat exchanger of a helium liquefaction plant.

Duke Authors

Cited Authors

  • Bejan, A

Published Date

  • 1982

Published In

  • Advances in Heat Transfer

Volume / Issue

  • 15 /

Start / End Page

  • 1 - 58

Citation Source

  • SciVal