Develo** efficient and compact heat exchangers is of important significance to improve
the energy utilization efficiency of entire society. 3D finned-tubes, as a kind of passive …

Thermo-hydraulic behavior of the dry cooling tower and thermodynamic performance of the
power unit was coupled by a well-developed computational framework. The interaction …

A reliable thermal power plant in arid area usually has twin power-generating units
equipped with two dry cooling towers. For a twin-tower configuration, a three-dimensional …

This research work is going to apply the homotopy perturbation method to solve the problem
of flowing Newtonian fluid on a flat plate. For this purpose, initially, the problem, including …

The well-arranged moist media should be a promising solution to improve the thermal
performance of the natural draft dry cooling tower (NDDCT) by the synchronous …

Excessive heat transfer in cooling towers causes not only large evaporation loss, but also
the diffusion of rain-fog that brings problems of bacterial diffusion and environmental …

It is necessary to address the low-efficiency operation of an indirect dry cooling tower (IDCT)
under adverse ambient conditions. Annular-aligned moist media outside the tower base is …

Auxiliary forced convection induced by axial flow fans was introduced to improve the
ventilation and heat dissipation of a large-scale dry cooling tower under crosswinds. A …

Approaches to mitigate high ambient temperature impacts on natural draft cooling towers
(NDCTs) have been extensively studied in the past two decades. Proposals like pre-cooling …

Swirling motions have been proven to improve the thermal performance of short natural draft
dry cooling towers by reducing the cold air inflow and increasing the draft speed. However …