The design of a wet cooling tower involves a number of trade-offs including the efficiency of
the device to remove waste heat (thermal performance) and environmental aspects …

A rapid data-driven method for determining regional deposition of inhaled medication
aerosols in human airways is presented, which is patient specific. Inhalation patterns, device …

To reduce the adverse effect of crosswind on thermo-flow performance of the natural draft
dry cooling tower (NDDCT), a novel type of external flat windbreak walls is introduced …

To enhance the performance of the super-large natural draft wet cooling towers (S-
NDWCTs), and finally to achieve the goal of energy-saving in thermal systems, the dry-wet …

Due to their relatively high thermal effectiveness and ease‐of‐use, direct contact heat
exchange units are a favorable choice in heat recovery applications. Today, spray‐based …

To clarify the effect of the cooling water salinity on the cooling performance of natural draft
wet cooling tower (NDWCT) and relevant impact mechanisms, a three-dimensional (3D) …

Drift eliminators play a major role in cooling tower operation. They are designed to reduce
the discharge aerosols in their exhaust air stream to a minimum since inhaled airborne …

The interplay between evaporation and liquid–liquid phase separation (demixing) in binary
sessile drops of partially miscible liquids is investigated. To determine the onset of the …

Pre-cooling the inlet air of an air conditioning condenser through evaporative cooling has
proven highly effective in enhancing performance. Previous works focused on utilising an …

The noise barrier installed around the natural draft wet cooling tower can reduce the
operating noise, but it will lead to an adverse effect on the thermal performance of the tower …