... , M. , 2017 , “ A Numerical Model to Explain Experimental Results of Effective Thermal Conductivity Measurements on Unsaturated Soils ,” Int. J. Thermophys. , 38 ( 5 ), p. 68 . 10.1007/s10765-017-2202-1 [6] Jaiganesh , V. , Manivannan , S. , and Manivannan , S...

... With the Flash Method ,” Materials , 12 ( 5 ), p. 696 . 10.3390/ma12050696 [20] Bovesecchi , G. , Coppa , P. , and Potenza , M. , 2017 , “ A Numerical Model to Explain Experimental Results of Effective Thermal Conductivity Measurements on Unsaturated Soils ,” Int. J. Thermophys...

... agreement with the temperature fields measured by infrared thermograph. The 3D numerical model provides information on how the nozzle affects the temperature field of the printed part. This source term must be taken into account for the optimization of the FFF process. 1 Corresponding author...

... with the thickness of liquid regions, as shown in Fig. 1 . Then, in the numerical model, the boundaries of wick1 are coupled with the boundaries of wick2 through the return wick layer. In our numerical model, the interface liquid/vapor is assumed to be fixed and its position is shown in Fig. 1 . Our...

... not only helps us yield new insight in transient ballistic-diffusive heat conduction mechanisms but also provides numerical tools to study transient ballistic-diffusive heat conduction in nanoelectronic and modern optoelectronics. ballistic heat transfer heat-pulse propagation numerical model...

... and the magnitude of the heat transfer coefficient and its distribution along the channel. 11 08 2010 21 08 2011 11 04 2012 13 04 2012 condensation numerical model conjugate heat transfer annular flow microchannel Film condensation heat transfer in microchannels has received...

... models for predicting fin performance. The paper questions the validity of certain fundamental assumptions based on which conventional models have been formulated to obtain the local heat transfer coefficient values. A simplified numerical model is formulated and evaluated using a Monte Carlo simulation...