We predict and analyze the drying time of respiratory droplets from a COVID-19 infected
subject, which is a crucial time to infect another subject. Drying of the droplet is predicted by …

Previous studies reported that the drying time of a respiratory droplet on an impermeable
surface along with a residual film left on it is correlated with the coronavirus survival time …

Motivated by the fact that the drying time of respiratory droplets is related to the spread of
COVID-19 [R. Bhardwaj and A. Agrawal,“Likelihood of survival of coronavirus in a …

We investigate wetting and water repellency characteristics of Colocasia esculenta (taro)
leaf and an engineered surface, bioinspired by the morphology of the surface of the leaf …

Our previous study [R. Bhardwaj and A. Agrawal,“Likelihood of survival of coronavirus in a
respiratory droplet deposited on a solid surface,” Phys. Fluids 32, 061704 (2020)] showed …

We review recent studies on fomite transmission of COVID-19, caused by the novel
coronavirus. In particular, we focus on survival time of coronavirus on solid and porous …

In this paper, we report an array of fiber-optic sensors based on the Fabry–Perot interference
principle and machine learning-based analyses for identifying volatile organic liquids …

The pattern and profile of a dried colloidal deposit formed after evaporation of a sessile
water droplet containing polystyrene particles on a non-uniformly heated glass are …

Current analytical models for sessile droplet evaporation do not consider the nonuniform
temperature field within the droplet and can overpredict the evaporation by 20%. This …

We conducted a systematic investigation of droplet evaporation on different surfaces. We
found that droplets formed even with distilled water do not disappear with evaporation but …