Abstract: n Part II of this study, the roles of surface sensible heat fluxes (SHX) in tropical cyclones (TCs) are further investigated in the context of sea spray processes. Results show that the sea spray evaporation is favorable ...

Abstract: he contributions of surface sensible heat fluxes (SHX) to the evolution of tropical cyclone (TC) intensity and structure are examined in this study by conducting cloud-resolving simulations. Results suggest that although ...

Abstract: he moist static energy (MSE) is derived from the first law of thermodynamics and has been widely used in tropical cyclone (TC) studies because of its energetic and conventionally recognized conservation properties. This ...

Abstract: he impact of mesoscale ocean eddies on tropical cyclone intensities is investigated based on a combination of observations and atmosphere?ocean coupling simulations. A statistical analysis reveals that the tropical ...

Abstract: In Part II of this study, the influence of an oceanic cold-core eddy on the atmospheric boundary layer structures of Typhoon Francisco (2013) is investigated, as well as a comparison with the cold wake effect. Results show ...

Abstract: he impacts of ocean feedback on tropical cyclones (TCs) are investigated using a coupled atmosphere?ocean model under idealized TC and cold core eddy (CCE) conditions. Results reveal negative impacts of the ocean coupling ...