56:39A (real) multi-scale solver for two-phase flow: a micro-continuum approach (Dr. Soulaine)
A 57-minute video from PoreLab: “A (real) multi-scale solver for two-phase flow: a micro-continuum approach (Dr. Soulaine)”.
PoreLab
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56:39
57:53ADMIRE: a multiscale framework for subsurface energy storage in (fractured)formations(Dr. Hajibeygi)
A 58-minute video from PoreLab: “ADMIRE: a multiscale framework for subsurface energy storage in (fractured)formations(Dr. Hajibeygi)”.
51:39Acoustic fluidization and remote earthquake triggering (Prof. Lucilla De Arcangelis)
A 52-minute video from PoreLab: “Acoustic fluidization and remote earthquake triggering (Prof. Lucilla De Arcangelis)”.
29:18Active Reorganisation in Tissues (Harish Pruthviraj Jain)
A 29-minute video from PoreLab: “Active Reorganisation in Tissues (Harish Pruthviraj Jain)”.
26:53Amplitude phase-field crystal model for complex lattices (Marcello De Donno)
A 27-minute video from PoreLab: “Amplitude phase-field crystal model for complex lattices (Marcello De Donno)”.
43:49Bacterial Suspension Flow in Porous Media (Dr. Harold Auradou, FAST, University Paris-Saclay, CNRS)
A 44-minute video from PoreLab: “Bacterial Suspension Flow in Porous Media (Dr. Harold Auradou, FAST, University Paris-Saclay, CNRS)”.
31:12Compressibility-induced destabilisation of falling liquid films: an integral approach (P. Botticini)
A 31-minute video from PoreLab: “Compressibility-induced destabilisation of falling liquid films: an integral approach (P. Botticini)”.
49:09Continuous upscaling (Alexander Shapiro)
A 49-minute video from PoreLab: “Continuous upscaling (Alexander Shapiro)”.
38:51Defect structures and patterns in ultrathin layers (Professor Ken Elder)
A 39-minute video from PoreLab: “Defect structures and patterns in ultrathin layers (Professor Ken Elder)”.
37:04Dispersion and stretching in 3D porous media (Dr. Mathieu Souzy)
A 37-minute video from PoreLab: “Dispersion and stretching in 3D porous media (Dr. Mathieu Souzy)”.
42:26Dispersion in slow capillary force dominated flows (Professor Joachim Mathiesen)
A 42-minute video from PoreLab: “Dispersion in slow capillary force dominated flows (Professor Joachim Mathiesen)”.
36:08Dissipation Mechanisms for Fluids and Objects in Relative Motion Described by Navier-Stokes Equation
A 36-minute video from PoreLab: “Dissipation Mechanisms for Fluids and Objects in Relative Motion Described by Navier-Stokes Equation”.
35:36Flow, transport and mixing limited (bio-)processes in confined & heterogeneous media (Pietro DeAnna)
A 36-minute video from PoreLab: “Flow, transport and mixing limited (bio-)processes in confined & heterogeneous media (Pietro DeAnna)”.
1:06:26Fluid Mixing in Porous Media Flows of Arbitrary Complexity (Associate Professor Daniel Lester)
A 66-minute video from PoreLab: “Fluid Mixing in Porous Media Flows of Arbitrary Complexity (Associate Professor Daniel Lester)”.
53:08Frustrated Bearings (Hans Herrmann)
A 53-minute video from PoreLab: “Frustrated Bearings (Hans Herrmann)”.
51:18Healing of crystal-rich granular materials in volcanic environments by solid-state sintering
A 51-minute video from PoreLab: “Healing of crystal-rich granular materials in volcanic environments by solid-state sintering”.
1:04:02Hysteresis, memory and energy dissipation in fluid-fluid displacement in disordered media
A 64-minute video from PoreLab: “Hysteresis, memory and energy dissipation in fluid-fluid displacement in disordered media”.
38:52Imaging of flow in porous materials: from rocks to termite nests
A 39-minute video from PoreLab: “Imaging of flow in porous materials: from rocks to termite nests”.
1:05:47Inertial effects on the multi-scale stick-slip dynamics in adhesive tape peeling
A 66-minute video from PoreLab: “Inertial effects on the multi-scale stick-slip dynamics in adhesive tape peeling”.
1:05:47Inertial effects on the multi-scale stick-slip dynamics in adhesive tape peeling (Stéphane Santucci)
A 66-minute video from PoreLab: “Inertial effects on the multi-scale stick-slip dynamics in adhesive tape peeling (Stéphane Santucci)”.
1:02:58Life in a tight spot: how bacteria move in porous media
A 63-minute video from PoreLab: “Life in a tight spot: how bacteria move in porous media”.
45:19Liquid-infused materials and surfaces (Professor Shervin Bagheri)
A 45-minute video from PoreLab: “Liquid-infused materials and surfaces (Professor Shervin Bagheri)”.
46:24Microscale Phenomena of Complex Liquid Flow in Porous Media
A 46-minute video from PoreLab: “Microscale Phenomena of Complex Liquid Flow in Porous Media”.
1:09:31Microstructure-Dependent Predictions of the Transport Properties of Porous Media (Prof. S. Torquato)
A 70-minute video from PoreLab: “Microstructure-Dependent Predictions of the Transport Properties of Porous Media (Prof. S. Torquato)”.
44:11Mixed-dimension models for flow and transport processes in porous media (Dr. Timo Koch)
A 44-minute video from PoreLab: “Mixed-dimension models for flow and transport processes in porous media (Dr. Timo Koch)”.
45:12Mixing, delay, and restart — Fluid-solid reaction efficiency in incompletely-mixed porous media
A 45-minute video from PoreLab: “Mixing, delay, and restart — Fluid-solid reaction efficiency in incompletely-mixed porous media”.
1:03:15Modeling and Upscaling of Porous Media: Applications of Wavelet and Curvelet Transformations
A 63-minute video from PoreLab: “Modeling and Upscaling of Porous Media: Applications of Wavelet and Curvelet Transformations”.
47:53Moving contact lines over imperfect surfaces: from stick-slip to steady-sliding (Dr. B. Primkulov)
A 48-minute video from PoreLab: “Moving contact lines over imperfect surfaces: from stick-slip to steady-sliding (Dr. B. Primkulov)”.
24:34Multi-scale flow and transport dynamics in porous media (Dr. Senyou An)
A 25-minute video from PoreLab: “Multi-scale flow and transport dynamics in porous media (Dr. Senyou An)”.
1:01:34Multiphase Flow and Reactive Transport in Porous Media:Experimental Microfluidic Approach(Dr. Roman)
A 62-minute video from PoreLab: “Multiphase Flow and Reactive Transport in Porous Media:Experimental Microfluidic Approach(Dr. Roman)”.
41:09Multiscale contact mechanics for rough surfaces with applications to fluid flow at interfaces
A 41-minute video from PoreLab: “Multiscale contact mechanics for rough surfaces with applications to fluid flow at interfaces”.
44:40Multiscale modelling of convective mixing in confined porous media (Dr. Marco De Paoli)
A 45-minute video from PoreLab: “Multiscale modelling of convective mixing in confined porous media (Dr. Marco De Paoli)”.
53:53Non-equilibrium theory for non-ergodic systems based on time-and-space averaging (James McClure)
A 54-minute video from PoreLab: “Non-equilibrium theory for non-ergodic systems based on time-and-space averaging (James McClure)”.
45:02Novel non-equilibrium behavior of spin systems: experiments and simulation match (G. M. Buendia)
A 45-minute video from PoreLab: “Novel non-equilibrium behavior of spin systems: experiments and simulation match (G. M. Buendia)”.
1:05:30Particle methods for pore-scale modeling of reactive flows
A 66-minute video from PoreLab: “Particle methods for pore-scale modeling of reactive flows”.
1:05:30Particle methods for pore-scale modeling of reactive flows (Prof. Philippe Poncet)
A 66-minute video from PoreLab: “Particle methods for pore-scale modeling of reactive flows (Prof. Philippe Poncet)”.