2020 projects

Control of turbulence in rectangular pipe flows: application to the cooling of Ultra High Intensity laser amplifiers.


PI: Sedat Tardu (LEGI)


Multiscale investigation of interactions between debris flows and obstacles through coupled DEM-SPH modelling


PI: Guillaume Piton (INRAE Grenoble)

Partners: INRAE Grenoble, 3SR

Multifunctional materials: extrusion and wet spinning of nanofibres


PI: Ramzi Khiari (URCAE, Univ. Monastir, Tunisia)

Partners: URCAE (Univ. Monastir, Tunisia), LGP2, LRP


Role of fluid membranes in cell-glycolalyx interactions under flow

Long visitor

PI: Delphine Débarre (LIPhy)

Partners: LIPhy, School of Biomedical Sciences and School of Physics and Astronomy (University of Leeds, UK)

Co-funding: Tec21, University of Leeds

Mapping fluid migration in granular flows

Long visitor

PI: Benjamin Marks (University of Sydney)

Partners: Sydney Centre in Geomechanics and Mining Materials (Univeristy of Sydney, Australia), 3SR, INRAE Grenoble

Co-funding: Tec21, University of Sydney

Dynamics of particles on solar panels farms under turbulent environmental conditions

Long visitor

PI: Raúl Bayoán Cal (Portland state University, USA)

Partners: Department of Mechanical and Materials Engineering (Portland state University, USA), LEGI

Co-funding: Tec21, Portland state University


Inertial particle dynamics in the turbulent/non turbulent interface

Long visitor

PI: Alberto Aliseda (Univ. Washington, USA)

Partners: Multiphase and cardiovascular flow lab (University of Washington, Seatle, USA), LEGI

Co-funding: Tec21, Univ. Washington


4D biomechanics of roots behaviour for plant-inspired growing robots

Short visitor

PI: Barbara Mazzolai (Istituto Italiano di Tecnologia, Genova)

Partners: Center for Micro-BioRobotics (Istituto Italiano di Tecnologia, Genova), 3SR


Laryngeal flow-structure interaction during phonation

Short visitor

PI: Jorge Carlos Lucero (University of Brasília, Brazil)

Partners: Dept. Computer Science (University of Brasília, Brazil), LEGI


Monitoring of biofilm growth inside the porous media in real-time by using neutron tomography

Short visitor

PI: Sabine Rolland du Roscoat (3SR)

Partners: 3SR, Bacteriological laboratory (Factulty of science, University of Zagreb, Croatia)


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