Falling film heat and mass transfer, representatives of advanced and low-carbon heat and
mass transfer technologies, has been applied in a variety of thermal processes due to its …

Falling film flow and heat transfer are extensively encountered in various industries of
renewable and sustainable energy due to the outstanding heat transfer performance. The …

Although momentous in numerous authentic applications, multiple droplet impacts on the
liquid pool are overlooked in most studies. Hence, the impingement of simultaneous double …

Falling film heat exchangers have recently been widespread as a heat transfer technique for
oily wastewater. Researching the characteristics of fluid mechanism for heat transmission is …

In response to the restrictions of the international community on the utilization of refrigerants
with high GWP, the replacement of high-GWP refrigerants with non-azeotropic refrigerants …

The condensing flow and heat-transfer characteristics around dentate-fin tubes were
investigated using numerical and experimental methods. Using the examined computational …

The efficient heat transfer with low pressure loss has long been a critical challenge in the
microchannel heat sinks (MCHS) design. Further study is required for the quantitative …

Two-phase flow patterns are critical in falling film heat devices. Hydrodynamic
characteristics of turbulent falling films across a horizontal triangular tube bundle were …

Falling film technology has been widely applied in various industrial processes, but vapor
shearing effects cause significant problems. The mechanism by which vapor affects the …

Turbulent falling films are commonly encountered in the practical operations of most falling
film applications, but the relevant numerical study is very scarce. The hydrodynamics and …