Birs- 22w5188: $M^5$ - Mathematics of Multiphase, Multiscale, Mutiphysics Models
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Title: Keynote: Lagrangian multiscale modeling of turbulence fine-scale structure
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Title: M^5 enables manufacturing innovations in chemical industry
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Title: Models of hydrodynamic force and torque fluctuations in flows laden with spherical particles
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Title: Monte Carlo modeling of non-spherical particle flows
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Title: Micro-structure-based tensor quantities as a tool to predict local fluid-particle forces in random distribution of particles by Baptiste Hardy, Olivier Simonin, Juray de Wilde, Grégoire Winkelmans
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Title: Aggregation of microplastic and biogenic particles in upper ocean turbulence
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Title: Keynote: Multiscale fragmentation of bubbles in turbulence
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Title: Numerical simulations of droplet evaporation in turbulence
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Title: A unified theory of multiphase turbulence
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Title: Keynote: Modeling and controlling turbulent flows through deep learning
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Title: Neural Network Based Analyses of Particle Attrition and Drag Force for Irregular Particles in Gas-solid Flows – a Manifestation of Chemical Looping Technology Reactor Systems
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Title: Computing for Multiphase Flows
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Title: Force-balance with an unstructured Finite Volume discretization of single-field two-phase Navier-Stokes Equations
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Title: Data-Driven Prediction of Partially Observed Multiscale Dynamics
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Title: Keynote: TBA
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Title: Machine Learning and Physics-Informed Neural Networks for Petroleum Engineering Applications
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Title: Keynote: Reduced order models of flow in layered heterogeneous porous rocks and implications for carbon storage
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Title: Recent Advances in Polymer Viscoelasticity from General Rigid Bead-Rod Theory
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