Emmanuel Virot

Mechanical-Aeronautical Engineer-PhD @CentraleParis @Polytechnique & Research Fellow @EPFL @Harvard

[CNRS Physique @CNRSphysique]

#RésultatScientifique 🔍| Des chercheurs ont montré dans quelles conditions courber une feuille de papier induit une compression qui la froisse comme si elle avait été chiffonnée entre les mains👐
➡️https://t.co/UUfqYj2k6g

[Institut de Recerca Sant Joan de Déu @IRSJD_info]

#NEWPAPERIRSJD "Sniffing speeds up chemical detection by controlling air-flows near sensors"

🧑‍💻 Amb la participació de l'investigador @jfonom · @IRSJD_info @b2slab @la_UPC

📌 Llegeix l'article https://t.co/jjO4JD5sPF #openaccess

[Chemistry News @ChemistryNews]

Researchers develop a viscosity measurement technique for both liquids and gases https://t.co/YO3qCfdoxt

[Emmanuel Virot @EmmanuelVirot]

Check out our two new studies, where we show that it is possible to non-destructively & accurately predict the buckling of imperfect shells! 🚀 @hseas @EPFL @UMassAmherst https://t.co/XFYKJKOz7P
@PhysRevLett & https://t.co/RqJet9sK3s @ASMEdotorg

[Emmanuel Virot @EmmanuelVirot]

Check out our new work @hseas @MITMechE on animal hearts! 🫀

[Soft Math Lab @Mahadevan_Lab]

How do heart rates scale with organism size? Hearts are soft fluid pumps which can twist, buckle, pump, and recoil resonantly -> a scaling law for heart rates, while also providing a physical basis for Kleiber's law. See https://t.co/DUvpObyqTc

[Emmanuel Virot @EmmanuelVirot]

@HungtangK Very cool and intriguing! Cans have so many mysteries ^^

[Royal Society Publishing @RSocPublishing]

How contour feathers help to protect birds from impact forces – investigating with the plunge-diving northern gannet #Interface https://t.co/xry6RvEYGR @EmmanuelVirot @BEAMvt @hseas @Polytechnique

[Emmanuel Virot @EmmanuelVirot]

Our work @CornellCALS @virginia_tech @TempleUniv @hseas @comunicaUNIRIO @Polytechnique!
How to spread impact forces with elastic feathers?
@RSocPublishing https://t.co/nY4PSLZEii

[Royal Society Publishing @RSocPublishing]

Jumping dynamics of aquatic animals — #Interface authors Chang et al. are elucidating the physical conditions required for an animal to jump out of water https://t.co/3qUsD3sCJe #BSW19

[Emmanuel Virot @EmmanuelVirot]

@GrohRainer nice!! it looks familiar :)

[Emmanuel Virot @EmmanuelVirot]

Our new work @virginia_tech @TempleUniv @USeoul @EPFL @hseas @Polytechnique @CornellCALS on animals & robots leaping out of water! @RSocPublishing https://t.co/oM4evsJe6e

[Simos Gerasimidis @sgerasim]

Happy to present our last shell buckling work at this year’s exciting NewMech at #Brown#university #umass#amherst #Harvard #mechanics

[Emmanuel Virot @EmmanuelVirot]

@thephysicsgirl Surfing physics: you might like the angle(s) followed by Eline Dehandschoewercker (https://t.co/gdlnd7rt2A or https://t.co/lIlR0B8wjv in FR).
Trees: the great one by Veritasium about the tree height limit is there https://t.co/Ngw4veLGKH

[Le Monde Sciences @lemonde_science]

Christophe Clanet, un physicien chez les sportifs https://t.co/PH7noSqXhP

[Brains On! Universe @Brains_On]

Grab your popcorn and listen to this excellent episode from @eltshow: https://t.co/9urp4Ax9X2

[Every Little Thing @eltshow]

🌽 New Episode🌽 The Corn Identity: Why does popcorn pop? How long have people been eating it? And the *truth* about baby corn... WARNING CORNOGRAPHIC IMAGES https://t.co/CnAunnE9kV thanks @EmmanuelVirot for the popcorn facts.

[InsideScience - ISNS @InsideScience]

New study on how cans crumple sheds light on general mechanical properties of metal cylinders https://t.co/VynvCEe63f

[Katherine Wright @KatRWright]

The stability of dented Coke cans: when they can and can���t be crushed. @EmmanuelVirot @Harvard @EPFL_en https://t.co/H6v69cWhpR