Kishan Bellur
Principal Investigator
University of Cincinnati
I'm working on
7 months ago
UCLID: UC Laboratory for Interfacial Dynamics
About
My research is mainly focused on liquid-vapor phase change and interfacial phenomena. My specific interests include micro-scale thermophysics, capillary phenomena, porous transport, cryogenics, optical characterization, computational fluid dynamics and multiscale modeling.
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University of Cincinnati
Low-cost eddy covariance sensor for greenhouse gas emission measurement
A rugged, low-cost eddy covariance sensor using off-the-shelf components, 3D-printed weatherproof housing, and Arduino-based real-time processing to directly measure greenhouse gas flux. Designed for standalone solar-pow...
TechnologyConceptualUniversity
University of Cincinnati
Reduced order network models for predicting capillary phenomena
This technology utilizes reduced order network models to simulate porous transport phenomena, providing a cost-effective and rapid alternative to traditional CFD methods. Capable of handling multi-physics scenarios, it p...
TechnologyIn developmentUniversity
Kishan Bellur
Principal Investigator
University of CincinnatiWork experience
PhD, Transport Phenomena, Phase Change, Cryogenics, Neutron Imaging, Evaoporation, Condensation
2014 - 2018
Top industry applications
Hydrogen fuel technologySpace launch & propulsion
Expertise
MicrofluidicsNanofluidicsShear FlowThermodynamics
Last updated Mar 2026
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