As geophysical fluid dynamics researcher, I work to better understand the ocean’s circulation and how it regulates heat and mass transport including polar mass loss. Our group develop the fundamental physics of deep overturning circulation of the oceans including the complex dynamics of melting of Antarctic ice-shelves in a warming world. We use cutting-edge high-performance computing will be used to understand key mechanisms and contribute to the formulation of better ocean and climate models.
Australian Research Council (ARC) Future, Australian Antarctic Division RJL Hawke & ARC DECRA Fellow
Associate Professor
Mechanical Engineering Department
University of Melbourne
&
Assistant Professor
CAOS
Indian Institute of Science
I am looking for potential applications from motivated PhD and Masters students with an interest in fluid dynamics, geophysical fluid dynamics and heat transfer. Applicants with expertise or interest in simulation, experiment or theoretical studies with Physics, engineering and applied mathematics background are all welcome to email me.