Research Associate @UOBFlightLab working on aeroelastic flutter and flow sensing in birds. Also (overly) interested in climbing.
Joined March 2018
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I have a new paper! We (@ZoologyUBC, @ubcmech) found that feather rearrangements during wing folding increase stiffness, preventing speed-dependent lift-reducing aeroelastic responses during gliding flight.
Read the @royalsociety Interface article here: doi.org/10.1098/rsif.2024.07…
Jasmin Wong retweeted
Biomechanics/vertebrate physiology/musculoskeletal faculty job vacancy here at RVC!
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So great to have the team back together during #SICB2024! And @labrichthys hits it out of the park yet again.
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It always brings me so much joy to attend a talk by @Selasphorus1. Birds make the coolest sounds with their wings! #SICB2024
It was great to hear about the cool work done @C_A_Harvey's BIRD lab @ucdavis exploring 3D bird wing shape variation and its relationship to flight behaviour! #SICB2024 @SICB_DCB_DVM
Looking forward to starting the new year with #SICB2024 in Seattle. If you want to hear me talk about flow sensing and how I make wings vibrate, come by to "Wings, limbs, and fins" on Saturday (Jan 6th) afternoon!
Check out this sneak peak on some exciting new work happening in the @UOBFlightLab. Researchers here are working with a much larger, interdisciplinary @WildDrone_EU team to develop UAV technologies for animal conservation use. (Video credit: Duncan Hine, Prof Tom Richardson)
Learn about our first visit to Kenya and our Kenyan partner, Ol Pejeta Conservancy, in the first of two videos from our field trip this summer: youtu.be/5m_3lkVPhyM?si=o73V… via @YouTube
Jasmin Wong retweeted
Calling all firefighters! We need your insight on #drones in firefighting. Share your experiences & opinions by taking part in our short survey. Your input will help shape the future of firefighting with drone swarms. Survey link: tinyurl.com/43mmypvt
#Firefighters
Please RT.
Thanks so much for the Q+A @AeroWomen!
Meet Dr Jasmin Wong (@robotjasmin), Postdoctoral Research Associate at @BristolUni. Jasmin conducts research on aeroelastic responses of flexible structures in nature, looking at how bird's feathers can be used for flow sensing during flight #WomenInSTEM #EngineersWeek #EWeek2023
Jasmin Wong retweeted
🐟 The Swimming Dead Fish 🐟
The fish wriggles against the currents that push it backwards. Nothing special in that.
The only thing is, this particular fish is dead. If you're streamlined and flexible, you can do a lot by doing nothing at all.
Jasmin Wong retweeted
R CHARTS: One of the biggest collections of R graphs with over 1200 examples base R and ggplot2 examples, all with reproducible code with just one click, both in English and Spanish
#rstatsES
#rstats #RCHARTS
🔗 r-charts.com/
🔗 r-charts.com/es/
Jasmin Wong retweeted
Fourier transforms are a tool used in a whole bunch of different things. Jez Swanson explains what a Fourier transform does, its relationship with epicycles and some different ways it can be useful [read more: ow.ly/ImiS30nibZO]
Comparative biomechanics, computational modelling and robotics. All wrapped up in elegant story telling and beautiful visuals. This study has nearly all of my favourite things and I'm feeling inspired!
@JohnNyakatura gets day 2 of #MusclesAndMotors at #SEB2022 underway with his talk on the multidisciplinary study of Orobates, a stem-amniote from the Permian, using #anatomy #biomechanics & #Robotics - fascinating study at #SEBconference
Read more here: nature.com/articles/s41586-0…
Lots of great looking posters at #SEB2022 @SEBiology! If anyone is interested in mechanically coupled muscle systems involved in avian wing morphing, check out this beautiful poster by @fran_ciocca today (A315).
A fun two days learning about Project Starling, a modular infrastructure facilitating development and testing of single/multi-UAV controllers. Great work by Mickey Li and Rob Clarke @BristolRobotLab! More info:
GitHub: github.com/StarlingUAS/Proje…
Tutorial: starlinguas.github.io/starli…
The Bristol Reinforcement Learning Symposium was a great opportunity to get exposed to a variety of approaches and applications in the field. Special shout-out to @UOBFlightLab's @QuessyAlexander and @l_j_fletcher: (1/3)
@QuessyAlexander explaining the need and methods for offline learning to ensure safer online exploration in spite of unforeseen obstacles. It's a dangerous world out there. (2/3)
@l_j_fletcher giving a great talk about the trials and tribulations of implementing RL methods in fixed wing UAVs performing a perched landing manoeuvre. With a live demo of a RL-generated controller acting on a plane in a sim! (3/3)
