UC Lab for Interfacial Dynamics (UCLID)
The UC Lab for Interfacial Dynamics (UCLID) is an interdisciplinary lab with both experimental and computational capabilities to explore transport mechanics at curved liquid-vapor surfaces such as drops, bubbles, sprays, etc. The lab conducts optical/thermal characterization experiments to explore fundamental physics of interfacial phenomena. Commercially available and in-house software tools are used to simulate fluid interactions via high performance computing and data driven modeling.
Liquid-vapor phase change is ubiquitous in both natural and engineered devices. It’s happening around us – all the time. The cup of coffee, the tree outdoor, the AC unit indoor, they are all undergoing “evaporation” in some form. Curved surfaces (such as droplets and bubbles) exhibit unique properties due to surface tension that alters evaporation. In turn, the evaporation further deforms and moves the interface. At UCLID, we focus on liquid-vapor phase change and associated interfacial dynamics. We study multi-phase transport phenomena using a combination of visualization tools, theory, and modeling. We work on a variety of topics including but not limited to boiling, condensation, dehumidification, evaporative deposition, colloidal self-assembly, porous media transport, electronics cooling, cryogenics, variable-gravity fluid management, and nano-/micro-scale heat transfer.
UCLID is hiring! PhD, MS and BS students are encouraged to contact Dr. Bellur with a CV/resume.
514 Rhodes Hall
UC Uptown West Campus
Assistant Professor, CEAS - Mechanical Eng
681A Rhodes Hall
Select publications and presentations are shown below. For a more complete list please visit Google Scholar or Personal Website