Prof. Kripa K Varanasi

Professor of Mechanical Engineering

Primary DLC

Department of Mechanical Engineering

MIT Room: 35-209

Assistant

Porscha Love
pl914@mit.edu

Areas of Interest and Expertise

Nanoengineered Surfaces and Their Applications to Energy, Water, Oil and Gas, Aviation, Electronics Cooling Systems
Fluid-Surface and Thermal-Fluid-Surface Interactions
Superhydrophobic, Superhydrophilic, Oleophobic/Oleophilic Surfaces
Biomimetics
Phase-Change Phenomena (Condensation, Boiling, Freezing and Ice formation) on Nanoengineered Surfaces
Nucleation and Growth
Micro and Nanoscale Heat Transfer
Heat Pipes and Thermal Interfaces
Harsh Environment Coatings and Surface Technologies (Ceramics and Metals)
Subsea Separation (Fluid-Fluid and Fluid-Gas) and Flow Assurance
Quantum Dots, Plasmonics and Bandgap Engineering
Nanomanufacturing (Ceramics and Metals)
Abradable Seals
Active Packaging; Moisture/Oxygen
Molding Compounds

Research Summary

The Varanasi Lab applies a Basic Science Method to solve problems in a diverse set of fields with an emphasis on real-world applications and scale-up.

The mission is to solve important challenges in Climate, Energy, Biomedical, Water, Agriculture, Transportation, Consumer Products and other industries to usher in sustainable products and processes for societal and economic impact. Our approach lies in understanding and controlling fundamental physico-chemical interactions governing these phenomena, and accordingly engineer transformative solutions. Our group has over the years developed expertise in surface and interfacial science, thermal-fluids, electrostatics, phase transitions, electrochemistry, biomedical, and manufacturing approaches to scale the technologies we develop. We are problem solvers and are passionate about entrepreneurship and have formed several start-ups including Arnasi (formerly LiquiGlide), Infinite Cooling, Alsym Energy, AgZen, CoFlo Medical, to translate research from lab to market.

Recent Work