Laboratoire FAST (@fast_orsay) 's Twitter Profile
Laboratoire FAST

@fast_orsay

The FAST laboratory is a joint research unit of @CNRS and @UnivParisSaclay.
We study the dynamics of #fluids and #solids from every angle.

ID: 1249070192090583040

linkhttp://www.fast.u-psud.fr calendar_today11-04-2020 20:22:10

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Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

The next Laboratoire FAST / LISN seminar, entitled "Soft nanofluidics", will be given by Anne-Laure Biance from iLM, Recherche on Thursday, November 30 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res23_…

The next <a href="/FAST_Orsay/">Laboratoire FAST</a> / <a href="/LisnLab/">LISN</a> seminar, entitled "Soft nanofluidics", will be given by Anne-Laure Biance from <a href="/iLM_RECHERCHE/">iLM, Recherche</a> on Thursday, November 30 at 2pm (seminar room C.120, Bât. 530). More  info: semmeca.lisn.upsaclay.fr/affiche/res23_…
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

The next Laboratoire FAST / LISN seminar, entitled "Morphogenesis in the cutting of soft polymers", will be given by Matteo Ciccotti from SIMM Laboratory ESPCI Paris - PSL on Thursday 11 January 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…

The next <a href="/FAST_Orsay/">Laboratoire FAST</a> / <a href="/LisnLab/">LISN</a> seminar, entitled "Morphogenesis in the cutting of soft polymers", will be given by Matteo Ciccotti from <a href="/SIMM_Lab/">SIMM Laboratory</a> <a href="/ESPCI_Paris/">ESPCI Paris - PSL</a> on Thursday 11 January 2024 at 2pm (seminar room C.120, Bât. 530). More info:       semmeca.lisn.upsaclay.fr/affiche/res24_…
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

Building a theory for small-scale oceanic turbulence is a key point for improving small-scale parameterization in climate models. We present in Physical Review Letters a theoretical work on internal wave turbulence leading to solutions in line with oceanic spectra. journals.aps.org/prl/abstract/1…

Building a theory for small-scale oceanic turbulence is a key point for improving small-scale parameterization in climate models. We present in <a href="/PhysRevLett/">Physical Review Letters</a> a theoretical work on internal wave turbulence leading to solutions in line with oceanic spectra. journals.aps.org/prl/abstract/1…
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

The next Laboratoire FAST / LISN seminar, entitled "Chladni figure and granular ratchet" will be given by Olivier Devauchelle from IPGP on Thursday 8 February 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…

The next <a href="/FAST_Orsay/">Laboratoire FAST</a> / <a href="/LisnLab/">LISN</a> seminar, entitled "Chladni figure and granular ratchet" will be given by Olivier Devauchelle from <a href="/IPGP_officiel/">IPGP</a> on Thursday 8 February 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…
Alban Sauret (@albansauret) 's Twitter Profile Photo

Our last study, led by Ram Sharma and in collaboration with Laboratoire FAST, is online arxiv.org/pdf/2402.07285… . We ask ourselves if we can find a common macroscopic description of cohesive granular media having different sources of inter-particle cohesion? The Robert Mehrabian College of Engineering

Our last study, led by <a href="/ramsudhirsharma/">Ram Sharma</a>  and in collaboration with <a href="/FAST_Orsay/">Laboratoire FAST</a>, is online arxiv.org/pdf/2402.07285… . We ask ourselves if we can find a common macroscopic description of cohesive granular media having different sources of inter-particle cohesion? <a href="/UCSBengineering/">The Robert Mehrabian College of Engineering</a>
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

The next Laboratoire FAST/LISN seminar, entitled “The Countoscope: Measuring Dynamics by Counting Particles in Boxes” will be given by Sophie Marbach from PHENIX lab on Thursday 28 March 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…

The next <a href="/FAST_Orsay/">Laboratoire FAST</a>/<a href="/LisnLab/">LISN</a> seminar, entitled “The Countoscope: Measuring Dynamics by Counting Particles in Boxes” will be given by Sophie Marbach from <a href="/LabPHENIX/">PHENIX lab</a> on Thursday 28 March 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…
Congrès UdPPC (Strasbourg 2025) (@congresudppc) 's Twitter Profile Photo

Encore une conférence à l'ENSTA Bretagne le 29 oct. Marc RABAUD, prof émérite Université Paris-Saclay partagera son expertise sur la physique des voiliers de course quelques mois après #ArkeaUltimeChallenge #Brest Crédit Mutuel Arkéa

Encore une conférence à l'<a href="/ENSTABretagne/">ENSTA Bretagne</a> le 29 oct. Marc RABAUD, prof émérite <a href="/UnivParisSaclay/">Université Paris-Saclay</a> partagera son expertise sur la physique des voiliers de course quelques mois après #ArkeaUltimeChallenge #Brest <a href="/cmarkea/">Crédit Mutuel Arkéa</a>
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

The next Laboratoire FAST/LISN seminar entitled "Direct comparison of aftershock sequences in labquakes and earthquakes" will be given by Axelle Amon from Institut de Physique de Rennes on Thursday 6 June 2024 at 2pm (seminar room C.120, Bât. 530). semmeca.lisn.upsaclay.fr/affiche/res24_…

Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

How does rotation affect the penetration depth of a projectile impacting a granular medium? Our paper Université Paris-Saclay CNRS Ingénierie, in collaboration with colleagues from unicampoficial, offers insights into this question. Read more in Physical Review E: ▶️ doi.org/10.1103/PhysRe…

Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

The next Laboratoire FAST/LISN seminar, entitled "Flowing dense suspensions" will be given by Philippe Bourrianne from @PMMH_lab on Thursday 20 June 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…

The next <a href="/FAST_Orsay/">Laboratoire FAST</a>/<a href="/LisnLab/">LISN</a> seminar, entitled "Flowing dense suspensions" will be given by Philippe Bourrianne from @PMMH_lab on Thursday 20 June 2024 at 2pm (seminar room C.120, Bât. 530). More info: semmeca.lisn.upsaclay.fr/affiche/res24_…
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

Our recently accepted paper in EPL on the stability of a crack network submitted to wetting-and-drying cycles in the case of ideally elastic materials in now online. In collaboration with Oklahoma State Univ. ! doi.org/10.1209/0295-5…

Our recently accepted paper in EPL on the stability of a crack network submitted to wetting-and-drying cycles in the case of ideally elastic materials in now online. In collaboration with <a href="/okstate/">Oklahoma State Univ.</a> !
doi.org/10.1209/0295-5…
Alain Schuhl (@alainschuhl) 's Twitter Profile Photo

Faire tourner les projectiles pour qu'il s’enfoncent mieux insis.cnrs.fr/fr/cnrsinfo/co… La rotation sur lui-même du projectile favorise sa pénétration. Un modèle physique prédit la profondeur d’enfouissement en fonction des vitesses de chute et de rotation. CNRS Ingénierie CNRS 🌍

Faire tourner les projectiles pour qu'il s’enfoncent mieux 

insis.cnrs.fr/fr/cnrsinfo/co… La rotation sur lui-même du projectile favorise sa pénétration.

Un modèle physique prédit la profondeur d’enfouissement en fonction des vitesses de chute et de rotation.

<a href="/CNRSingenierie/">CNRS Ingénierie</a> <a href="/CNRS/">CNRS 🌍</a>
Laboratoire FAST (@fast_orsay) 's Twitter Profile Photo

Les recherches du Laboratoire FAST sur la génération des vagues par le vent sont à découvrir dans CNRS Le journal. lejournal.cnrs.fr/nos-blogs/focu…

CNRS à Paris-Saclay (@cnrsidfsud) 's Twitter Profile Photo

🌊 Des études sur la compréhension des vagues et des solitons aux applications multiples : transport de liquides visqueux en pipeline (pétrole par exemple), et génie côtier. Plus d'informations sur ces travaux ▶lejournal.cnrs.fr/nos-blogs/focu…

🌊 Des études sur la compréhension des vagues et des solitons aux applications multiples :  transport de liquides visqueux en pipeline (pétrole par exemple), et génie côtier.

Plus d'informations sur ces travaux ▶lejournal.cnrs.fr/nos-blogs/focu…
Yann Bertho (@yann_bertho) 's Twitter Profile Photo

Two side-by-side objects immersed in grains cooperate to move forward more efficiently by reducing drag forces. Our latest paper Laboratoire FAST (Université Paris-Saclay, CNRS Ingénierie) in collaboration with unicampoficial has just been published in Physical Review Fluids doi.org/10.1103/PhysRe…