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Drop Dynamics and Dropwise Condensation on Textured Surfaces

Part of the Mechanical Engineering Series Book Series

DOI: 10.1007/978-3-030-48461-3

ISBN: 978-3-030-48460-6

Publisher: Springer International Publishing - Springer Journals

Sep 12, 2020

1 - 10 of 16 Chapters

LitStream

Droplet Statics

Bhutani, Gaurav; Muralidhar, K.; Khandekar, Sameer

Pages: 3 –39

[Dropwise condensation (DWC) is accomplished in a two-phase (liquid-vapor) system at selected nucleation sites by transferring the latent heat release through the walls of the container. Heat release is at the liquid-vapor interface but heat transfer to the cooler substrate occurs through the...
LitStream

Spreading of Sessile and Pendant Drops on Partially Wetting Surfaces

Mistry, Aashutosh; Muralidhar, K.

Pages: 41 –80

[Spreading dynamics of an initially spherical liquid drop over a partially wetting textured surface is analyzed by solving an integral form of the governing equations. The mathematical model extends Navier-Stokes equations by including surface tension at the gas-liquid boundary and a force...
LitStream

Coalescence Dynamics of Drops over a Hydrophobic Surface

Somwanshi, Praveen; Muralidhar, K.; Khandekar, Sameer

Pages: 81 –129

[Fluid motion arising from the coalescence of two liquid drops is discussed. Experiments are described in which two small water drops are placed on a chemically textured hydrophobic surface (apparent contact angle ~150°), either in sessile or in pendant modes, respectively, just touching each...
LitStream

Introduction to Evaporative Heat Transfer

Bhendura, Manish; Muralidhar, K.; Khandekar, Sameer

Pages: 131 –146

[Evaporation refers to the change of phase occurring at the air or gas interface formed with a liquid medium. The discussion here is restricted to evaporation of a water body. The quantity of importance is the evaporation rate, or, the evaporative mass flux. In a continuum formulation, it is...
LitStream

Introduction to Condensation

Khandekar, Sameer; Muralidhar, K.

Pages: 149 –164

[Condensation involves change of phase from the vapor state to the liquid. It is associated with mass transfer, during which vapor migrates towards the liquid-vapor interface and is converted into liquid. Condensation process is initiated by subcooling, a temperature difference between the bulk...
LitStream

Modeling Dropwise Condensation: From Atomic Scale to Drop Instability

Kumar, Sumeet; Agrawal, Smita; Sikarwar, Basant Singh; Battoo, N. K.; Muralidhar, K.; Khandekar, Sameer

Pages: 165 –224

[The large body of literature available on the subject suggests the following three independent mechanisms of dropwise condensation: (1) The vapor condenses primarily between the droplets, i.e., the droplet-free area. This condensate layer gets transported to the droplets in their vicinity by...
LitStream

Finite Time Coalescence in Dropwise Condensation

Somwanshi, Praveen; Muralidhar, K.; Khandekar, Sameer

Pages: 225 –250

[Augmentation in the instantaneous wall shear stress and wall shear stress arising from coalescence of adjacent liquid drops within the dropwise condensation cycle is examined in this chapter. Instead of a first principles modeling of the coalescence process, a scale analysis that estimates...
LitStream

Simulation in a Parallel Environment

Somwanshi, Praveen; Muralidhar, K.

Pages: 251 –257

[Condensation is either in filmwise or dropwise mode depending upon the wetting properties of the condensing liquid. Condensation occurs in the form of a film if the condensing liquid wets the substrate; otherwise, it is in the form of drops. Dropwise condensation is studied in this chapter. The...
LitStream

Simulation: Dropwise Condensation of Water

Sikarwar, Basant Singh; Somwanshi, Praveen; Muralidhar, K.; Khandekar, Sameer

Pages: 259 –281

[Simulations have been performed for water vapor condensation underneath a horizontal and an inclined textured substrate. A horizontal surface having unidirectional wettability gradient has also been considered. Here, the effect of thermophysical properties, physico-chemical properties of the...
LitStream

Dropwise Condensation of Bismuth on Horizontal and Vertical Surfaces

Somwanshi, Praveen; Muralidhar, K.; Khandekar, Sameer

Pages: 283 –306

[Simulation of dropwise condensation of bismuth vapor on a subcooled hydrophobic surface is discussed in the present chapter. The process starts from nucleation of drops, followed by their growth and coalescence, resulting in drop instability that removes them from the surface. Fresh nucleation...

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