Research

Integrate multiple physics disciplines.

Create comprehensive models and simulations.

Enhance the understanding of complex phenomena. 

Understand the intricate nature of multiphase heat transfer. 

Perform both experiments & computational modeling.

Improve the efficiency and safety of engineering systems.

Study the impact of surface characteristics at micro-/nano-scales.

Involve various steps: polishing, sputtering, oxidation, coating. 

Utilize assorted tools: Optical profiler, AFM, SEM, FIB, goniometer.

Establish a seamless connection b/w experiment & computation. 

Leverage image processing, computer vision, other advanced AI.

Fine-tune algorithms in multifarious nuclear applications. 

Interpret underlying physical principles governing the system.

Provide a fundamental understanding of real-world processes.

Uncover the underlying laws of nature in mathematical forms.

Small Modular Reactors (SMR), Microreactors.

Generation-IV: Molten salt (MSR), gas, liquid metal cooled reactors.

Applications: eco-friendly smart city, marine, space, secure area. 

Generation-III+ water cooled reactors (PWR, BWR).

Micro-/nano-engineering on accident tolerant fuel (ATF) cladding. 

Impact of CRUD deposition on boiling critical heat flux (CHF).

Transmutation reactor to reduce high-level radioactive waste. 

Targets design/evaluation: Isotope production, Neutron spallation.

Superconducting RF cavity cryogenic system.

Radioisotope thermoelectric generator (RTG), Radionuclide heater. 

Mobile applications: Spacecraft thermal control, Car

Heat pipe, Thermosyphon, Phase change mateirals (PCMs).