Kiran Ramesh

Research in Unsteady Aerodynamics. Associate Professor, Arizona State University. [email protected]

[Chandan Bose @ BioFSILab UoB @cbose1991]

Second presentation alert in #UKFC2023: Alex Cavanagh will present interesting vortex dynamics from his PhD research on swept wing aerodynamics co-mentored by Dr. @KiranKumar_R and me in the UK Fluids Conference 2023 next week. @metmat_unibham
#aerodynamics #sweptwings #openfoam

[Kiran Ramesh @KiranKumar_R]

@cbose1991 @unibirmingham @metmat_unibham @news_ub Congratulations!

[Kiran Ramesh @KiranKumar_R]

@shu_otomo Congrats Shuji!

[Kiran Ramesh @KiranKumar_R]

@UNFoLD_EPFL Congrats Karen! 🎉

[Kiran Ramesh @KiranKumar_R]

@VOILAb_UoE Congrats Ignazio!

[Alfonso Martínez @afsmtnz]

After many postponements I could finally join @UNFoLD_EPFL today. So pleased for the welcome of the group and excited for what is to come during the next months! Plus, views of Lac Léman are amazing 😵‍💫

[Kiran Ramesh @KiranKumar_R]

Paper presented by @afsmtnz in collaboration with @UNFoLD_EPFL : https://t.co/UsyNjH7JPX #AIAASciTech

[Kiran Ramesh @KiranKumar_R]

Wrapping up a great week at #AIAASciTech 2022 with the students

[Kiran Ramesh @KiranKumar_R]

@gabrielweymouth Happy new year!

[Kiran Ramesh @KiranKumar_R]

@VOILAb_UoE @shu_otomo Congrats @shu_otomo !

[Kiran Ramesh @KiranKumar_R]

@VOILAb_UoE @shu_otomo @UNFoLD_EPFL Pleasure working with you @shu_otomo

[VOILAb: Vortex Interaction Laboratory @VOILAb_UoE]

Can you use lifting-line theory for fully separated flow? ...perhaps more than you think. See our latest paper in the AIAA J with Bird and Ramesh at U of Glasgow: https://t.co/7zZmUVrJ1l - @KiranKumar_R

[Kiran Ramesh @KiranKumar_R]

Celebrating Hugh Bird (centre right) passing his PhD viva earlier today. Thanks @aero_anna for being external examiner!

[Kiran Ramesh @KiranKumar_R]

@GreenFluids Congrats Melissa!

[Kiran Ramesh @KiranKumar_R]

PhD position in unsteady fluid dynamics in collaboration with @VOILAb_UoE, funded by @AFOSR. Please contact me by email to discuss further.

@UofGAerospace @UofGSciEng @UofGEngineering

https://t.co/o57wQzxqwU

[Kiran Ramesh @KiranKumar_R]

PhD position in unsteady fluid dynamics, in collaboration with @VOILAb_UoE. Please contact me by email to discuss further.

[SciEng Grad School @UofGSciEngGrads]

📣 We have an exciting new #PhD opportunity to work with @KiranKumar_R and @VOILAb_UoE on a project titled : Modelling, Simulation and Control of Unsteady and Separated Boundary Layers. Sounds like your kind of thing? Check out the link below!👇
https://t.co/TBbV6QSVZJ

[Kiran Ramesh @KiranKumar_R]

@VOILAb_UoE Great working with you as always!

Here’s another link to the paper:
https://t.co/33MmkL4fPJ

[VOILAb: Vortex Interaction Laboratory @VOILAb_UoE]

Ever wished a VLM code able to model massive flow separation? See our recent paper led by @KiranKumar_R and his student Bird: https://t.co/wjy8dMefEq Thanks Kiran for letting us working with you on this very cool work!

[Kiran Ramesh @KiranKumar_R]

New article in Experiments in Fluids presenting a limiting criterion for Theodorsen’s theory.

In collaboration with @VOILAb_UoE and @UNFoLD_EPFL. Congrats to the first author @shu_otomo!

https://t.co/DCVw2oQVbt

[VOILAb: Vortex Interaction Laboratory @VOILAb_UoE]

Ever wondered why Theodorsen's theory holds for a separated flow? We present the limiting criterion for Theodorsen's theory in our new paper published #OA in Experiments in Fluids @SpringerEng https://t.co/2tmgxWQLKN

[College of Science & Engineering, UofG @UofGSciEng]

We need a mix of strategies using renewable sources at different scales to achieve #NetZero. @KiranKumar_R @UofGEngineering is developing energy-harvesting mechanisms eg oscillating wings mimicking fish tails.
13 ways we’re addressing NetZero https://t.co/31MnfTUzLY
#renewables