.... factors. In order to address this issue, an innovative method is employed to estimate the effective thermal conductivity (ETC) of multilayer materials considering thermal contact resistance (TCR) between layers, and the equivalence performance is investigated by solving three-dimensional inverse heat...

... conductivity modified transient plane source transient measurement method thermal contact resistance heat conduction The modified transient plane source (MTPS) method was first described in 2006 [ 1 ] as a geometry modification of previous work presented in 2000 by Mathis [ 2 ]. It has been in use...

... of the surrounding fluid is assumed to vary dynamically over time. As such, arbitrary time-dependent conjugate radiation–convection boundary condition is considered for the outer boundary of the studied medium. Arbitrary heat generation inside each layer and the thermal contact resistance between the layers...

... larger than 0.125. In addition, an examination of the quantum thermal conductance expression suggests the inaccuracy of such a model for explaining measurement results obtained at above room temperature. thermal contact resistance nanopoint contact silicon quantum thermal conductance...

... thermal behavior are correct as well. In this way, the thermal contact resistance could be estimated by subtracting the bulk thermal resistance of the MMT-TIM predicted by the model from the measured total thermal resistance. Furthermore, for metallic TIMs such as these, the thermal contact resistance...

...K. Ramadan; M. A. Al-Nimr The thermal behavior of a multilayered slab in imperfect contact using the dual-phase-lag heat conduction model is numerically analyzed, considering a range of heat flux-phase lag, temperature gradient-phase lag, and thermal contact resistance. Wave reflections from both...

... in an interactive environment, allows the direct application of the thermal contact resistance scheme, i.e., a temperature drop at the filler/matrix interface proportional to the normal heat flux. The solving methods can be either analytic (at least at the beginning of the computation, as finally all became...

... pipes mechanical contact thermal contact conductance fin-tube heat exchanger thermal contact resistance bullet size interstitial gas Compact heat exchangers are most commonly made with aluminum plate-fins and copper tubes. The interfaces between the tubes and fins are generally formed...

...F. J. Hong; H.-H. Qiu A method based on a novel ultrasound technique and inverse heat transfer analysis was developed to study the transient thermal contact resistance (TCR) at the early stage of a rapid contact solidification process. This promising technique is nonintrusive and, therefore...

...V. Bahadur, Student Mem. ASME; J. Xu, Student Mem. ASME; Y. Liu, Student Mem. ASME; T. S. Fisher, Mem. ASME This paper employs continuum principles combined with van der Waals theory to estimate the thermal contact resistance between nanowires and planar substrates. This resistance is modeled using...