Home > Academics > Academic Units > Departments > Mechanical Engineering > Rajaram Lakkaraju
Assistant Professor
Mechanical Engineering
We are a team of young researchers working on applied mechanics problems to grasp fundamental insight by employing computational and mathematical techniques. Our research is primarily focused on understanding commonly observed phenomena, such as boiling and churning motion of water in a tea pot, solidification and melting of ice, rising bubbles/falling particles in a beverage bottle, bursting bubbles at sea-air interfaces, and meandering of plumes from a lighted incense stick. Understanding these fundamental mechanics problems have a potential role in explaining reasons for the observed heat and mass transfer rates in boilers/condensers, pattern formation during alloy solidification, cloud formation and storm prediction.
Unravelling Heat Transfer Mechanism in Nucleate Boiling Using Multiscale Simulations BRNS, DAE, MUMBAI
Novel Computational Strategy to Understand Two Phase Flows Department of Science and Technology(DST)
Novel Computational Methods to Understand Voice Generation Mechanism of Human Vocal - folds Science and Engineering Research Board (SERB)
Prabir Kumar Kar
Area of Research: Computational multiphase flow
Jagannath Mahato
Area of Research: Computational combustion
Toshan Lal Sahu
Area of Research: Fluid dynamics
Priyabrata Puhan
Area of Research: CFD, Multiphase systems
Joydip Mondal
Area of Research: Cavitation
Nitesh Kumar Dubey
Area of Research: Theoretical and experimental investigation of surface finishing process
Rahul Roy
Area of Research: Computational multiphase flows
Saurabh Dhopeshwar
Area of Research: Computational multiphase flows
Ujjwal Chetan
Area of Research: Computational multiphase flows
Tanmoy Mondal
Area of Research: Non-equilibrium physics
Gaurav Singh
Area of Research: CFD
Anirban Mondal
Area of Research: CFD
Arahata Senapati
Area of Research: bubble coalescence
