Brief Bio: Himanshu Pathak is an MS (Research) scholar under the guidance of Dr. Pallab Sinha Mahapatra in the Department of Mechanical Engineering. He graduated with B.Tech. (Mechanical) in 2017 from NIT Uttarakhand. He is currently working in the area of condensation on deformable substrates. His research interests include surface engineering, two-phase heat transfer.
Condensation is one of the essential processes in power-plant operations. It also possesses significant value in the atmospheric water harvesting. Today, as the world is running out of clean and drinkable water atmospheric water, comes out as the unique and facile process to get potable water, which can act as a boon to humanity in this era of water scarcity. It has already been established that the dropwise condensation (DWC) is more efficient than the filmwise mode of condensation (FWC). However, rigid hydrophobic surfaces cause pinning to the condensate drops, which is undesirable in the condensation process. Liquid infused substrates emerged as a great alternative providing enhanced nucleation and mobility of the condensate drops. Liquid infused substrates possess a molecularly smooth layer that facilitates low pinning to the water drops. The image shown below presents condensation on aluminum substrate infused with 500cst Silicon oil.
Multiscale Multiphysics Group © 2021 | Design & Developed By: Dr. Pallab Sinha Mahapatra