Recent studies on heat transfer to super-critical water (SCW) in tubes, annuli and rod
bundles have been reviewed in support of the development of supercritical water-cooled …

Supercritical water (SCW) is one of the high-profile fluids between scholars, which has great
potential in the thermal industry. Therefore, it may serve as a promising fluid utilized in …

Gravity and/or flight acceleration would lead to significant buoyancy effect on heat transfer of
a hydrocarbon fuel in the propulsion system. Large eddy simulations have been conducted …

Abstract Generally,> 40% of the useful energy (cooling engine and exhaust gases) are
wasted by a biogas power plant through the cooling radiator and the exhaust gases. An …

Turbulent heat transfer of hydrocarbon fuels at supercritical pressures exists in many power-
generation and propulsion systems. Comprehensive validations and analyses of Reynolds …

Supercritical heat transfer mechanisms and heat transfer correlations are firstly reviewed in
present paper. The heat transfer characteristics of S-CO 2 in circumferentially non-uniform …

Direct numerical simulation was used to study supercritical carbon dioxide's flow and heat
transfer mechanisms under cooling conditions in the supercritical CO 2 Brayton Cycle …

A numerical investigation of cooling of a fluid at supercritical pressure has been performed
by means of direct numerical simulations. The simulations were conducted with a uniform …

To understand the cooling heat transfer behavior of carbon dioxide at supercritical pressure,
direct numerical simulations of the flow and heat transfer in circular tubes have been …

Recent papers by the Authors proposed a successful rationale to establish a similarity theory
for heat transfer at supercritical pressures, making use of original definitions that seemingly …