Kiran Ramesh
@kirankumar_r
Research in Unsteady Aerodynamics. Associate Professor, Arizona State University. [email protected]
ID: 62860843
04-08-2009 16:31:33
131 Tweet
408 Followers
209 Following
Registration link for the Shoda Memorial Lecture in Glasgow - tomorrow at 5:30pm and open to all members of the public. College of Science & Engineering, UofG James Watt School of Engineering, Uni. of Glasgow University of Glasgow
The members of the first Workshop on Vortex Hydrodynamics hosted by VOILAb: Vortex Interaction Laboratory 19-20/9/19. From left: Viola, Gabriel D Weymouth , Pavar, Cleaver, Caufield, Bird, Ma, Dai, Arredondo, Ōtomo, Baddoo, Certini, Graham, Smyth, @aero_anna , Kiran Ramesh
Shuji (Sʜūᴊɪ Ōᴛᴏᴍᴏ) is at Energy Technology Partnership annual meeting to report the outcomes from his secondment to @UNFoLD_EPFL at Marine Session this afternoon. His work is also in collaboration with Kiran Ramesh of University of Glasgow. #ETPAC19
Check out our #IAACaseStudies-Kiran Ramesh worked with SME Scotstream Generation to improve their water energy converter, the Hydrobox, an evolution of the waterwheel which improves the amount of energy generated Energy Technology Partnership James Watt School of Engineering, Uni. of Glasgow Scottish Development International gla.ac.uk/myglasgow/ris/…
My new article in Journal of Fluid Mechanics : cambridge.org/core/journals/… Accepted version of manuscript (no subscription required) at this link: researchgate.net/publication/33…
Shoda Memorial Lecture at University of Glasgow on 18th March titled, “Kelvin’s apostles in the 21st century: Seeing the invisible.” All members of the public are welcome to attend. Registration and more details: eventbrite.com/e/shoda-memori… College of Science & Engineering, UofG SciEng Grad School James Watt School of Engineering, Uni. of Glasgow
We need a mix of strategies using renewable sources at different scales to achieve #NetZero. Kiran Ramesh James Watt School of Engineering, Uni. of Glasgow is developing energy-harvesting mechanisms eg oscillating wings mimicking fish tails. 13 ways we’re addressing NetZero bit.ly/36SjeAe #renewables
New article in Experiments in Fluids presenting a limiting criterion for Theodorsen’s theory. In collaboration with VOILAb: Vortex Interaction Laboratory and @UNFoLD_EPFL. Congrats to the first author Sʜūᴊɪ Ōᴛᴏᴍᴏ! doi.org/10.1007/s00348…
Ever wished a VLM code able to model massive flow separation? See our recent paper led by Kiran Ramesh and his student Bird: edin.ac/35OK0tj Thanks Kiran for letting us working with you on this very cool work!
PhD position in unsteady fluid dynamics, in collaboration with VOILAb: Vortex Interaction Laboratory. Please contact me by email to discuss further.
PhD position in unsteady fluid dynamics in collaboration with VOILAb: Vortex Interaction Laboratory, funded by AFOSR. Please contact me by email to discuss further. UofGAerospace College of Science & Engineering, UofG James Watt School of Engineering, Uni. of Glasgow findaphd.com/phds/project/p…
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: edin.ac/39Rnmm1 - Kiran Ramesh
Second presentation alert in #UKFC2023: Alex Cavanagh will present interesting vortex dynamics from his PhD research on swept wing aerodynamics co-mentored by Dr. Kiran Ramesh and me in the UK Fluids Conference 2023 next week. Met&Mat @ Birmingham #aerodynamics #sweptwings #openfoam