Heat transfer and computational fluid dynamics in the study of urban scale meteorology and air pollution. Heat transfer and computational fluid dynamics in the study of phenomenon under microgravity conditions, e.g. bubble rising, droplet falling considering the effect from near wall repulsion/attraction. Heat transfer and computational fluid dynamics in the study of urban scale meteorology and air pollution. Heat transfer and computational fluid dynamics in the study of phenomenon under microgravity conditions, e.g. bubble rising, droplet falling considering the effect from near wall repulsion/attraction.
