Absolute surface wettability effects on the characteristics of nucleate pool boiling heat
transfer under saturated conditions are investigated with water as working fluid. Wettability of …

Boiling heat transfer is an efficient and green heat transfer method that is widely used in
industrial production. Single bubble pool boiling is a specific case of pool boiling, which …

Understanding the detailed dynamics of bubble ebullition cycle is central to effectively
exploit coolant phase change in subcooled flow boiling. In the present study, the bubble …

Recently, miniaturization has been scaled up tremendously to improve the compactness and
aesthetics of devices. Such changes require adequate thermal management for efficient and …

Wetting characteristics of substrate surface is one of the parameters that strongly influence
the phenomena of boiling heat transfer. In this direction, importance of hydrophobic surfaces …

Spatio-temporally resolved IR measurements coupled with high-speed videography have
been made to propose the regime map of the interaction between two adjacently located …

Using nanofluids instead of conventional heat transfer fluids as a passive method is a well-
established and widely used technique by researchers to increase the rate and thermal …

It is widely known by the scientific community that the suspended nanoparticles of nanofluids
can enhance the thermophysical properties of base fluids and maximize pool-boiling heat …

In order to clarify the effect of the hydrodynamics of multiple bubbles on the pool boiling heat
transfer process, artificial nucleation sites are manufactured on the substrate surface to …

Unidirectional solvent evaporation has been increasingly concerned as a versatile
microfluidic agent in manipulating the self-assembly dynamics of shape anisotropic colloids …