The present paper is intended to encompass the English language heat transfer papers
published in 2003, including some translations of foreign language papers. This survey …

Air conditioning of buildings can be costly and energy consuming. Application of thermal
energy storage (TES) reduces cost and energy consumption. The efficiency of the overall …

Computational fluid dynamics simulations of thermovibrational flows in a square cavity filled
with a water–isopropanol mixture has shown that inaccurate density calculations can predict …

Convection has a major impact on diffusion in fluid mixtures either on the Earth or in the
microgravity condition. G-jitters, as the primary source that induces the vibrational …

Diffusion-dominated experiments on-board the International Space Station and other free-
flying platforms are affected by the convective flow due to the residual acceleration field …

Microgravity environments may provide perspective platforms for studying the phenomenon
of thermal diffusion. It is, however, noted that the residual microaccelerations (g-jitters) in …

Fluid science research including thermal diffusion in fluids benefits from the quiescent low-
gravity environment provided by the International Space Station (ISS). However, residual …

Double diffusion convection features the coupling of diffusion fluxes driven by the
temperature and concentration gradients and the simultaneous existence of the natural …

Computational fluid dynamics simulations have been made to understand the effect of
various types of error sources in the experiments that can influence the thermodiffusion …

The article discusses power quality (EQ) indicators for voltage asymmetry in three-phase
systems. Voltage asymmetry is a phenomenon in which the amplitudes of phase voltages …