Thermal management using a hypervapotron, part III: Summary of controlling parameters

A hypervapotron is an excellent candidate for thermal management (TM) in cases where single-side high heat flux removal (HHFR) is of prime importance. In order to effectively characterize additional optimal operating characteristics using computational fluid dynamics (CFD) and/or experimental approaches (EA, and/or design approaches (DA)), knowledge of the controlling TM hypervapotron parameters would be essential for timely HHFR enhancement configuration identification. To that end, three controlling parameters have been identified in this third part of a three-part study. Parts I and II of this study resulted in TM control parameters for other conjugate heat transfer and geometric aspects. Finally, these parameters could be useful in CFD (and EA and/or DA) studies for optimizing HHFR and thermal protection. These results can be considered as enabling TM technology for aerospace and nuclear systems.