1FLETCHER L S. Recent Developments in Contract Conductance Heat Transfer[J].ASME J.Heat Transfer,1988'110(3):1059-1070.
2MADHUSUDANA C V FLETCHER L S.Contact Heat Transfer—the Last Decade[J].AIAA Journal,1986,24(3):510-523.
3U Y Z,MADHUSUDANA C V,LEONARDI E.On the Enhancement of the Thermal Contact Conductance:Effect of Loading History【J】.J.Heat Transfer ASME,2000,122(1):46-49.
4MCWAID T, MARSCHALL E. Thermal Contact Resistance Acllross Pressed Metal Contact in a Vacuum Environment[J]. Int. J. Heat Mass Transfer,1992, 35(11):2911-2920.
5MAJUMDAR A, TIEN C L Fractal Network Model for Contact Conductance[J]. J. Heat Transfer ASME,1991,113(3): 516-525.
6LOULOU T, ARTYUKHIN E A, BARDON J P Estimation of Thermal Contact Resistance During the First Stages of Metal Solidification Process: I--Experiment Principle and Modelisation[J]. Int.J. Heat Mass Transfer,1999, 42 (10): 2119-2127.
7LOULOU T, ARTYUKHIN E A, BARDON J P Estima tion of Thermal Contact Resistance During the First Stages of Metal Solidification Process: Ⅱ--Experiment Principle and Modelisation[J]. Int J. Heat Mass Transfer, 1999, 42(10): 2129-2142.
8DAS S, PAUL A J. Determination of Interfacial Heat Transfer Coefficients in Casing and Quenching Using a Solution Technique for Inverse Problem Based on the Boundary Element Method[J]. Metallurgical Trans.B,1993,24B(6):1077-1086.
9TSENG A A, WANG S P,. Effects of Interface Resistance on Heat Transfer in Steel Cold Rolling[J]. Steel Research. 1996,67(2): 44-51.
10NAN C W, LI X P, BIRRINGER P. Inverse Problem for Composites with Imperfect Interface: Determination of Interfacial Thermal Resistance,Thermal Conductivity of Constituents, and Microstructure Parameters[J]. J. Am.Ceram. Soc.,2000, 83(4): 848-854.
