Dr Rajat Sawanni
Post-Doctoral Fellow
| Department of Aerospace
University of Toronto
Ontario
Expertise:
Energy and Fuels
11
Publications
0
Projects
20
Scopus Citations
19
CrossRef
1 Year 1 Month Total Experience
Scopus
20
Citations
2
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CrossRef
19
Citations
2
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Professional Recognition
Undergraduate Research Award
2017
Indian Institute of Technology Bombay
Best Presentation Award for Young Researcher
2024
International Conference on Flow Dynamics, Tohuku, Japan
Student International Travel Assistance Award
2026
Combustion Institute Canadian Section
Student International Travel Assistance Award
2024
Combustion Institute Canadian Section
Community & Membership
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Combustion Institute
MemberPersonal Details
Doctor of Philosophy
2025
THE TAMILNADU DR. J JAYALALITHAA MUSIC AND FINE ARTS UNIVERSITY
Master of Technology
2018
Indian Institute of Technology, Hyderabad
Bachelor of Technology
2018
Indian Institute of Technology, Hyderabad
Post-Doctoral Fellow
Aug 2025 – Present
University of Toronto
| Department of Aerospace
Engineering and Technology
Scholarly Work
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A combined experimental and numerical study of pressure dependence of sooting processes in a counterflow diffusion flame
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Scholarly Publications
Role of skin friction drag during flow-induced reconfiguration of a flexible thin plate
FANS-Based Predictions of Jet-Regime Contrail Formation using a Two-Equation Soot/Ice Aerosol Transport Model
Contrail Formation Simulation Via FANS-Based Turbulence Modelling Combined with Two-Equation Soot/Ice Particle Transport Modelling
A comparison of the performance of uni-element injectors for laboratory scale gas-liquid rocket engines
Retrieval of temperature and extinction coefficient from modulated absorption emission technique: Effects of practical light collection, self-absorption, in-scattering, and finite spatial resolution
Open AccessA combined experimental and numerical study of pressure dependence of sooting processes in a counterflow diffusion flame
A tractable methodology for assessing the pressure scaling of sooting processes in a counterflow diffusion flame from 1 to 6 bar
Open AccessRole of skin friction drag during flow-induced reconfiguration of a flexible thin plate
Showing 1 to 8 of 11 publications