... the alternative interpretations that are summarized later. Heat Transfer Conduction Non-Equilibrium Composites Bioengineering heat conduction 10 December 2003 27 October 2004 15 03 2005 Contributed by the Heat Transfer Division for publication in the JOURNAL OF HEAT...

... Bioengineering Conjugate Heat Transfer Perfusion Rate The pig kidney has a well-organized vascular network. Its anatomic structure and size are very similar to that of the human 1 . It normally contains a single renal artery that allows good control of the inlet flow. The isolated pig kidney model...

... thermal history results are not significantly affected (<2 percent variation) even with significantly altered biophysical parameters (i.e., a factor of 100 times lower or higher), as long as the magnitude of the latent heat is constant. Bioengineering Heat Transfer Low Temperature Microscale...

... of the need to increase heat transfer rates per unit volume in a wide variety of modern applications. The optimization of geometric structure is now a self-standing technique for augmenting heat transfer. Bioengineering Constructal Optimization Periodic Pulsating pulsatile flow heat...

... very similar steady-state results, thereby creating a dilemma about which is the more accurate model, but could be differentiated through the transients where the temporal history of one may not match the experimental data. Bioengineering Heat Transfer Microscale Radiation Transient...