
Philipp Schlatter
@pschlatt1
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Interested in fluid mechanics and turbulence, simulations and computers. And cats and Duplo. From Switzerland, long time in Sweden and now in Germany...
Erlangen, Germany
Joined August 2016
Thank you Som Dutta for hosting us at Utah State University #usuaggies in Logan! Great discussions and many ideas.
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RT @costa_p: CaNS, the flow solver I wrote in a break in the summer of 2017, has reached 200⭐️ on GitHub 🤩. I did not anticipate the impact….
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RT @FAU_LSTM: Excited to announce that our EuroHPC proposal has been granted 470,000 node-hours on the LUMI supercomputer! We'll be using N….
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RT @CBI_FAU: The @ercoftac DLES14 Workshop at @FAU_LSTM was held during the last week. Special thanks to the organizers @MarchioliC (Univer….
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Our Neko paper, headed by @n_jansson from @KTHuniversity is finally out: Have a look at the code at .
neko.cfd
/ᐠ. 。.ᐟ\ᵐᵉᵒʷˎˊ˗
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RT @RamisOrlu: Together with @pschlatt1 we are looking for a #Postdoc in experimental fluid mechanics who will work with us on experimental….
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RT @Nek5000: We're pleased to announce the upcoming Nek User Meeting, a semi-regular event designed to bring our community together. For th….
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RT @FAU_LSTM: Registration for DLES14 is now OPEN! Join us for the 14th Direct and Large-Eddy Simulation workshop in Erlangen. For more inf….
lstm.tf.fau.de
Important information for registration: The registration to the DLES conference at LSTM/FAU is now open. . *For registration as a PhD student, a confirmation letter of the main supervisor is necess...
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Setting up and playing with our new LDA system at @FAU_LSTM! Lets hope for cool turbulence data in the future! Thanks to Felix and Dantec for the organisation!
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RT @CBI_FAU: Congratulations 🎉.In October, Stanford University published an update of the list of the top 2% most widely cited scientists.….
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Interesting article and PRF paper by Daniele and Valerio on 180 degree pipe bends! Congratulations! @SimEx_KTH @FAU_LSTM @CBI_FAU
phys.org
How much stress do pipes undergo when a liquid flows through them, and how does it depend on the degree of curvature of the pipe?
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