Séminaires

Le séminaire hebdomadaire du laboratoire PMMH a lieu tous les vendredis à 11h, au premier étage Barre Cassan, campus Jussieu (plan).

Contact :
Sylvain Patinet
Stéphane Perrard
Etienne Reyssat
Virgile Thiévenaz

PMMH
BARRE CASSAN
BAT A 1ER ETAGE CASE 18
7 QUAI SAINT BERNARD
75005 PARIS
France

Tel : (33) 1 40 79 45 22

• Archives des anciens séminaires
• Séminaires récents
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Séminaires récents  (14)

• Séminaire PMMH - Louis-Alexandre Couston (ENS Lyon)
  Vendredi 17 mai de 11h00 à 12h00 - Salle réunion PMMH 1
  What we know and don't know about the ocean circulation and ice melting around Antarctica
  The Antarctic ice sheet is losing mass increasingly rapidly and could contribute several tens of centimetres of sea-level rise by 2100. In this presentation I will review our understanding of the southern ocean circulation, which (we know) is controlling ice melting around Antarctica and driving the retreat of the (...)
• Séminaire PMMH - Louis-Alexandre Couston (ENS Lyon)
  Vendredi 17 mai de 11h00 à 12h00 - Salle réunion PMMH 1
  What we know and don't know about the ocean circulation and ice melting around Antarctica
  The Antarctic ice sheet is losing mass increasingly rapidly and could contribute several tens of centimetres of sea-level rise by 2100. In this presentation I will review our understanding of the southern ocean circulation, which (we know) is controlling ice melting around Antarctica and driving the retreat of the (...)
• Séminaire PMMH - Karen Mulleners (EPFL)
  Vendredi 3 mai de 11h00 à 12h00 - Salle réunion PMMH 1
  Getting smarter overnight : how automated experiments help unwind unsteady vortex-dominated flows
  Abstract : Typical unsteady vortex-dominated flows like those involved in bio-inspired propulsion, unsteady airfoil separation, and vortex-induced vibrations can be prohibitively expensive to simulate and impossible to measure comprehensively. They are inherently non-linear, often involve moving boundaries, (...)
• Séminaire PMMH - Karen Mulleners (EPFL)
  Vendredi 3 mai de 11h00 à 12h00 - Salle réunion PMMH 1
  Getting smarter overnight : how automated experiments help unwind unsteady vortex-dominated flows
  Abstract : Typical unsteady vortex-dominated flows like those involved in bio-inspired propulsion, unsteady airfoil separation, and vortex-induced vibrations can be prohibitively expensive to simulate and impossible to measure comprehensively. They are inherently non-linear, often involve moving boundaries, (...)
• Séminaire PMMH - Sara Puijalon (LEHNA – CNRS, Université Claude Bernard Lyon 1)
  Vendredi 26 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Interactions between submerged aquatic vegetation and flow : applications of ecohydraulics and biomechanics to ecological questions
  Interactions between submerged aquatic vegetation and flow in rivers and streams are complex. Flowing water induces hydrodynamic stress on aquatic plants colonizing these habitats, which can, in some cases, cause mechanical failures such as breakage and uprooting. Additionally, aquatic plant beds have a (...)
• Séminaire PMMH - Sara Puijalon (LEHNA – CNRS, Université Claude Bernard Lyon 1)
  Vendredi 26 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Interactions between submerged aquatic vegetation and flow : applications of ecohydraulics and biomechanics to ecological questions
  Interactions between submerged aquatic vegetation and flow in rivers and streams are complex. Flowing water induces hydrodynamic stress on aquatic plants colonizing these habitats, which can, in some cases, cause mechanical failures such as breakage and uprooting. Additionally, aquatic plant beds have a (...)
• Séminaire PMMH - Benjamin Guiselin - ENS Lyon
  Vendredi 12 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Emergence of spontaneous collective oscillations in dense Human crowds
  Massive crowd gatherings form some of the most dangerous and unpredictable environments [1]. However, we lack quantitative characterizations of their dynamics and the heuristic principles used to explain and predict their motion remain elusive. In this talk, I will present our analysis of the dynamics of thousands (...)
• Séminaire PMMH - Benjamin Guiselin - ENS Lyon
  Vendredi 12 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Emergence of spontaneous collective oscillations in dense Human crowds
  Massive crowd gatherings form some of the most dangerous and unpredictable environments [1]. However, we lack quantitative characterizations of their dynamics and the heuristic principles used to explain and predict their motion remain elusive. In this talk, I will present our analysis of the dynamics of thousands (...)
• Séminaire PMMH - Olivier Plé (LOCIE-CNRS)
  Vendredi 5 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Rammed earth : A complex medium
  Rammed earth is a complex material which is attractive nowadays in construction because of its small environmental footprint. However, this material has specific characteristics, especially : its sensitivity to water, its low mechanical static capacity but a fairly good seismic performance, its high thermal (...)
• Séminaire PMMH - Olivier Plé (LOCIE-CNRS)
  Vendredi 5 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Rammed earth : A complex medium
  Rammed earth is a complex material which is attractive nowadays in construction because of its small environmental footprint. However, this material has specific characteristics, especially : its sensitivity to water, its low mechanical static capacity but a fairly good seismic performance, its high thermal (...)

Instructions générales pour les conférenciers

Le public du séminaire est très hétérogène (rien qu’au PMMH nous travaillons sur des thématiques très diverses, mécanique des fluides, des milieux granulaires, des solides, physique statistique, physique du mouillage, micro-fluidique, biophysique,...) l’objectif est donc de ne pas faire un séminaire trop spécialiste : au moins la première moitié du séminaire à un niveau accessible pour celui qui ne connaît rien sur le sujet.

Le séminaire a lieu à 11h. rendez-vous 15 minutes avant pour installer et tester la projection.

Le séminaire dure environ 45 minutes pour laisser un peu de temps pour discuter à la fin.

Lien vers séminaires café (internes, tous les jeudis)