N.B. Chandrasekaran PhD
N.B. Chandrasekaran PhD
Contact
Profile
Expertise
- Non-ideal compressible fluid dynamics
- Numerical & experimental methods
- Working fluids property estimation
Degrees
- Bachelor of Technology (B.Tech) in Aerospace Engineering, Amrita School of Engineering, India - 2014
- Master of Science (M.Sc.) in Aerospace Engineering, TU Delft - 2017
Current Position
Ph.D. Candidate, Propulsion & Power Group, TU Delft
Biography
Nitish obtained his undergraduate degree in Aerospace Engineering from the Amrita School of Engineering, India in 2014 and his master’s degree in Aerospace Engineering in 2017 from the Delft University of Technology.
During his master’s study, he worked as a graduate research intern at Rolls-Royce Germany in their Engineering division on developing a combustor control logic for the Trent 900/1000 engines. His master’s thesis involved the design validation of a novel fast opening valve (FOV) developed for the Flexible Asymmetric Shock Tube (FAST) setup commissioned at TU Delft for the study of non-ideal compressible fluid dynamic flows.
Shortly after his graduation, he started his Ph.D. research at the Propulsion & Power group where he is involved with the experimental demonstration of nonclassical gasdynamic flows, study of nonlinear disturbances in BZT fluids and the fluid property estimation and equation of state development for Organic Rankine Cycle (ORC) working fluids.
Research
- Experimental demonstration of non-ideal compressible fluid dynamic effects
- Analysis of nonlinear wave propagation in BZT fluids with temperature gradients
- Developing technical equations of state for organic working fluids
Expertise
Publications
-
2024
Nonclassical wave propagation measurements in the high temperature vapor of D6 with the asymmetric shock tube for experiments in rarefaction waves (ASTER)
Nitish Chandrasekaran / Theodoros Michelis / Bertrand Mercier / Chiara Falsetti / Piero Colonna
-
2023
Nonclassical gasdynamics
theory and experiments on nonlinear wave propagation in BZT fluids
N.B. Chandrasekaran -
2023
Preliminary Experiments in High Temperature Vapours of Organic Fluids in the Asymmetric Shock Tube for Experiments on Rarefaction Waves (ASTER)
Nitish Chandrasekaran / Theodoros Michelis / Bertrand Mercier / Piero Colonna
-
2023
Speed of Sound Measurements in Dense Siloxane D6 Vapor at Temperatures up to 645 K by Means of a New Prismatic Acoustic Resonator
Bertrand Mercier / Nitish B. Chandrasekaran / Piero Colonna
-
2021
A Novel Acoustic Resonator for Speed of Sound Measurement in Dense Organic Vapours
Bertrand Mercier / Nitish B. Chandrasekaran / Piero Colonna
-