Top Tweets for #PRANDTL
New article: Prediction of Energy Concentration during Microwave Heating with a Thermal Diffusion Dimensionless Number
#Energy #Microwave #Heat #Boiling #Prandtl #Chemical #Engineering #Technology @tandfSTEM @tandfonline @SCEJ_CE
https://t.co/BgRz9AUVLJ
Dr Safia Akram #NUST in collab with @kkueduksa explored the potential of magneto-#Prandtl #nanofluid under radiation in our body to enhance #blood circulation for improved #drugdelivery for #cancer treatment. @SpringerNature #NUSTResearch #CancerResearch
https://t.co/KQohPYDzrF
📰📰New #paper alert!! In our latest #study @JFluidMech we report a #DirectNumericalSimulation #DNS of a #ZPG #Turbulent #BoundaryLayer with passive scalars, with #Prandtl #Numbers up to 6!! 👏👏L. Guastoni and A. Balasubramanian!!
https://t.co/rxELKep6VQ
Online now: Impact of an effective #Prandtl number model on the flow of #nanofluids past an oblique stagnation point on a convective surface https://t.co/Va0UJUGtH8 @ZafarMaths @kauweb @HU_Officials @uqu_edu @Fue_account #HeliyonMaths #Mathematics
¡#HolaCiencia! Un “cono de #vapor” (técnicamente singularidad de #Prandtl–#Glauert) es una nube de agua condensada que aparece alrededor de un #avión cuando está a punto de alcanzar la velocidad del sonido • https://t.co/CqohXCp6E2 vía @rainmaker1973 #VideoCiencia molyholy/imgur
Beautiful visualization of the longitudinal vortices exploited by @erikaj_314159 for bathymetry measurements and @KatherineEAdler for gas transfer enhancement! #Prandtl #secondary #flow of the #second #kind! @CEECornell #DeFreesLab
When you have learned sediment transport and river mechanics, what you will pay attention to while traveling to natural parks are those amazing features of suspended sediment mixing with turbulent eddies in rivers!
#sedimenttransport
#turbulenceinnature
#coloradoriver
#canyon
Happy to announce today the next #prandtl Colloquium @mpids: On March 2, Wim van Saarlos
from the Leiden Institute of Physics will illustrate that there is plenty of room in soft science @WimvanSaarloos @LeidenPhysics https://t.co/bjewVXPLW1
@jesse_caps @AJTM_M Okay, honestly, it is a complete coincidence that I posted this earlier today but #Prandtl obviously used a comparable method to visualize the flow using "fine scales of micaceous iron ore [...] suspended in the water". Cool.
https://t.co/X8O6cxo8RG
Do you know #rheoscopic liquids? Really easy to make (water, food coloring, mica powder), fun to watch the flows in the bottle, also nice for kids to play with it. Here, under the conditions: shaken, stirred and with free convection.
#fluiddynamics
https://t.co/5RQu9o7FVS
The latest edition to our long term test fleet has been shipped! #prandtl #flyingwing https://t.co/MrUTEnhEQJ
#TalDíaComoHoy en 1875, nació Ludwig #Prandtl, uno de los padres de la Mecánica de Fluidos moderna. Entre otras cosas, fue un pionero en el estudio de la capa límite.
#Prandtl , Du , die #SZ (nicht nur die)...die #BRD, Ihr werdet schon bald Geschichte sein! So mutet auch Dein erbärmlicher Auftitt an! #Undtschüss!
The Eclipson Airplanes team from Spain has made their own version of the famous #PRANDTL wing project, originally developed by @NASA: https://t.co/dEkN9rk38D
Material of choice for their RC Planes is #colorFabb LW-PLA #3Dprinting filament: https://t.co/NSQO8PdGuf
Next week, @Louise20380098 will be on the #Prandtl for a 4 day cruise in the Elbe estuary and German Bight collecting samples to characterise the carbonate system. Watch this space for daily updates about work on a #ResearchShip.
Scientific cruises in Corona-times. Last week, another leg of the @HelmholtzMoses project happened, this time with only 2!!! scientific personnel on board. A @KOGMaritime antenna for intership communication was tested. 📸taken from @HZG_de's #Prandtl showing @AWI_Media's #Uthörn
No havíeu vist mai la singularitat de #Prandtl-Glauert, tat? Jo tampoc; de fet, no en sabia ni el nom. Ara, és flipant:
Si una aeronau arriba a velocitats transòniques (Mach 0,8-1,2) i hi ha suficient humitat (vapor d'aigua), es poden formar els embuts de condensació al seu voltant. Es deu a la disminució de la pressió de l'aire (Singularitat de Prandtl-Glauert) a conseqüència de les ones de xoc.
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