T. Nilavarasan

Assistant Professor at the Indian Institute of Engineering Science and Technology, Shibpur @iiest_s

[T. Nilavarasan @nilavarasant]

Control of flow separation over an axisymmetric flared body using ramp... https://t.co/AxDPPTH02I

[IIEST, Shibpur @iiest_s]

National Space Day Celebration:

[IIEST, Shibpur @iiest_s]

The Department of Aerospace Engineering and Applied Mechanics is offering an https://t.co/s1OHShXwyW program in Aerospace Engineering from the Academic Year 2025-26. The program offers advanced education in Aerodynamics, Aerospace structures, and Propulsion.

[T. Nilavarasan @nilavarasant]

This is the view only version of the full paper...
https://t.co/K4j9KwX8X0

[T. Nilavarasan @nilavarasant]

Check out our new research article on the use of Ramped Vane type vortex generators to delay flow separation induced by a compression ramp... https://t.co/XGX1WAJOdN

[T. Nilavarasan @nilavarasant]

https://t.co/dioxmxZFIW

[T. Nilavarasan @nilavarasant]

New paper on how vortex generators can influence the separated flow topology and the associated shock oscillations over an axisymmetric flared body... https://t.co/pnxYAXIEJw

[T. Nilavarasan @nilavarasant]

New paper - Performance evaluation of different micro vortex generators in controlling a flare-induced shock–boundary layer interaction (2022) https://t.co/QSqB1OwVBN

[Luftvis Schlieren @luftvis]

The shock wave boundary layer interactions taking place on compression ramps are visualized by high-speed schlieren. The ramp angle effect is also revealed by increasing the ramp angle from 20 to 30 degrees. Luftvis Website https://t.co/SpbhFiduvE

[AIAA @aiaa]

Schlieren imaging is a technique used by aerospace engineers. A fluid dynamicist from @NIST used it to demonstrate why masks work to prevent the spread of viruses 😷 https://t.co/L2u8QKUxTl #coronavirus #covid19

[Royal Aeronautical Society @AeroSociety]

New Issue of The Aeronautical Journal available on Cambridge Core via @CUP_SciEng @CambridgeCore @CambridgeUP Access it here: