期刊名称：Bulletin of the Institute of Heat Engineering
印刷版ISSN：2083-4187
出版年度：2015
卷号：95
期号：1
页码：14
语种：English
出版社：Warsaw University of Technology
摘要：The solutions of Maxwell and Rayleigh were the first of many attempts to determine the eective thermal conductivityof heterogeneous material. Early models assumed that no thermal resistance exists between the phases in heterogeneousmaterial. Later studies on solid-liquid and solid-solid boundaries revealed that a temperature drop occurs when heatflows through a boundary between two phases and, as a consequence, the interfacial thermal resistance should be includedin the heat transfer model. This paper is a review of the most popular expressions for predicting the eectivethermal conductivity of composite materials using the properties and volume fractions of constituent phases. Subject toreview were empirical, analytical and numerical models, among others.
其他摘要：The solutions of Maxwell and Rayleigh were the first of many attempts to determine the eective thermal conductivity of heterogeneous material. Early models assumed that no thermal resistance exists between the phases in heterogeneous material. Later studies on solid-liquid and solid-solid boundaries revealed that a temperature drop occurs when heat flows through a boundary between two phases and, as a consequence, the interfacial thermal resistance should be included in the heat transfer model. This paper is a review of the most popular expressions for predicting the eective thermal conductivity of composite materials using the properties and volume fractions of constituent phases. Subject to review were empirical, analytical and numerical models, among others.
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