China's accelerator driven subcritical system (ADS) development has made significant
progress during the past decade. With the successful construction and operation of the …

The total heat transfer from a finned or 'bladed'structure may be expected to rise from that of
a flat geometry due to a larger area exposed to ambient air. However, this is not always the …

An optical system combining phase-shifting interferometry (PSI) and particle image
velocimetry (PIV) is built and verified with simultaneous two-dimensional temperature-and …

This study presents numerical simulations to examine the electro-thermo-convection effects
on an unsteady combined convection in a square cavity with a central square obstacle. The …

Cooling performance by natural convection is generally enhanced by increasing the surface
area using fin arrays, but their implementation is problematic in large surfaces such as a …

The dynamics of a fluid flow in a differentially heated square container is investigated
numerically. Two opposite conducting walls are maintained at constant temperatures, one …

Natural convective heat transfer is typically enhanced by installing fin arrays and other
devices that increase the surface area; however, large surfaces present various problems in …

We report a resonance-driven convective heat transfer enhancement downstream of a
natural convection boundary layer that is perturbed by a moderate impinging jet. Flow …

The effect of curvature on the three-dimensional instabilities of lid-driven flow in a toroidal
square cavity is numerically studied using the linear stability analysis based on the spectral …

The response to harmonic horizontal oscillations of a stably stratified fluid-filled two-
dimensional square container is examined as the forcing amplitude is increased. For the …