387 Interfacial and Non-Linear Flows I: Droplets and Emulsions

Tuesday, November 18, 2014: 3:15 PM
M304 (Marriott Marquis Atlanta)
Description:
This session of contributed talks will focus on flows in which fluid interfaces play an essential role. Some topics of interest include the dynamics of thin liquid films and liquid bridges, motion of drops and bubbles, and the behavior of emulsions and foams.

Sponsor:
Fluid Mechanics

Chair:
Vivek Sharma
Email: viveks@uic.edu

Co-Chair:
Gordon F. Christopher
Email: gordon.christopher@ttu.edu


3:15 PM
(387a) Spreading of Miscible Sessile Drops
Dan Walls and Gerald G. Fuller

3:30 PM
(387b) Dynamics of Viscous Droplets Near Micro-Textured Solid Surfaces
Kevin M. Beussman and Yechun Wang

3:45 PM
(387c) Droplet Shape Evolution upon Impingement on Randomly Rough Surfaces
Hui Zhang, Jie Xiao and Yinlun Huang

4:00 PM
(387d) Simulations of Splashing Micro-Scale Droplets on a Dry Surface
Arnout Boelens, Cacey Stevens, Andrzej Latka, Sidney Nagel and Juan J. DePablo

4:15 PM
(387e) Extensional Flows and General Rheology of Concentrated Emulsions of Deformable Drops
Alexander Zinchenko and Robert H. Davis

4:30 PM
(387f) Determining the Dynamic Interfacial Tension during Droplet/Bubble Generation Process in T-Junction and Co-Flowing Microchannels
Kai Wang, Jianhong Xu, Xueying Wang, Antoine Riaud, Wanlu Zhang, Pengfei Dong, Huawei Shao, Lu Yang and Guangsheng Luo

4:45 PM
(387g) Nanoemulsions Obtained Via Bubble Bursting at a Compound Interface
Jie Feng, Matthieu Roche, Daniele Vigolo, Luben Arnaudov, Simeon Stoyanov, Theodor Gurkov, Gichka Tsutsumanova and Howard A. Stone

5:00 PM
(387h) Break-up of Droplets in a Concentrated Emulsion Flowing through a Narrow Constriction
Liat Rosenfeld, Sindy K.Y. Tang and Minkyu Kim

5:15 PM
(387i) Understanding Propagated Coalescence of Drops in 2D Microchannels: A Monte-Carlo Approach
Danny Raj M and Raghunathan Rengaswamy

5:30 PM
(387j) Interfacial Arrest and Packing in Nonspherical Pickering Droplets
Patrick T. Spicer, Zengyi Wei and Timothy Atherton
See more of this Group/Topical: Engineering Sciences and Fundamentals
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