Dr Sreejita, BHADURI, Research Scientist, email: sreejita.bhaduri4@nus.edu.sg

Background
I am a Research Scientist at Temasek Laboratories, National University of Singapore, with a background in Aerospace Engineering and a research focus on high-speed compressible flows and computational fluid dynamics. I completed my Ph.D. in Aerospace Engineering at the Indian Institute of Technology Kanpur, India, where my doctoral research focused on supersonic cavity flows and passive flow-control techniques for mitigating unsteady flow oscillations. Beyond research, I enjoy reading, travelling, cooking, and trying out new cuisines. I love exploring new places and discovering the food and culture that make each place unique.

Professional Affiliations
• National University of Singapore

Educational Background
• Ph.D. in Aerospace Engineering, Indian Institute of Technology Kanpur, India
• B.Tech. in Aerospace Engineering, Indian Institute of Engineering Science and Technology, Shibpur, India

Research Activities
My research involves computational investigations of high-speed compressible flows, with an emphasis on understanding unsteady flow phenomena and their underlying physical mechanisms. My current work involves numerical simulations, flow-field analysis, and aerodynamic investigations relevant to high-speed flows.

Research Interests
• Computational Fluid Dynamics (CFD)
• Supersonic and hypersonic flows
• Compressible flows and shock–boundary-layer interactions
• Cavity flows and flow-induced oscillations
• Passive flow control
• Flow instabilities and coherent structures
• High-speed aerodynamics

Selected Publications
1. S. Bhaduri, A. Ray, A. De, and M. I. Sugano, “Flow control in a confined supersonic cavity flow using subcavity,” Frontiers in Mechanical Engineering (2024).

2. S. Bhaduri, M. I. Sugano, and A. De, “Effects of confinement, impinging shock deflection angle, and Mach number on the flow field of a supersonic open cavity,” Physics of Fluids (2024).

3. S. Bhaduri, M. I. Sugano, and A. De, “Influence of aspect ratio and flow compressibility on flow dynamics in a confined cavity,” Physics of Fluids (2025).

4. S. Bhaduri, M. I. Sugano, and A. De, “Sub-cavity induced passive control of confined supersonic cavity flows across varying freestream Mach numbers,” Physics of Fluids (2025).

5. S. Bhaduri, A. De, M. I. Sugano, and S. L. Desikan, “Investigation of the effect of corner radius on convective heating of large angle blunt cone,” AIP Conference Proceedings (2025)