Separation of Cellulose Nanocrystals from Natural Fibers Using Ionic Liquids
Explore innovative techniques for extracting cellulose nanocrystals from natural fibers using ionic liquids, presented by Prof. Silvana Mattedi.
Computer Simulation of Water/Solid Interactions
Explore computer simulations of water-solid interactions, focusing on dynamic processes, structural features, and reactive applications in materials science.
Dissipative Self-Assembly of Colloidal Dispersions
Explore dissipative self-assembly in colloidal dispersions with Prof. Eric Furst, delving into cutting-edge research and insights from the University of Delaware.
Emergence of Mesomorphology from Molecular Ordering: Faceted Nanocrystals and Porous Clathrate Hydrates
Explore molecular ordering in faceted nanocrystals and porous clathrate hydrates, examining mesomorphology emergence and its implications.
Flow in Porous Media in the Energy Transition
Explore porous media flow's role in energy transition with Prof. Martin Blunt, covering key concepts and applications in sustainable energy systems.
Learning How to Build Molecules That Fold Like Proteins
Explore protein-like molecule folding with Prof. Michael Shirts, uncovering insights into building and understanding complex molecular structures.
Thermodynamics for Tailoring Crystallization
Explore thermodynamic principles for optimizing crystallization processes with Prof. Gabriele Sadowski's expert insights from TU Dortmund.
Multi-fidelity Bayesian Optimization of Nanoporous Materials for Xe/Kr Separations
Explore multi-fidelity Bayesian optimization for nanoporous materials in Xe/Kr separations with Prof. Cory Simon's virtual seminar.
Designing Carbon-Based Adsorbents and Membranes via Molecular Simulations
Explore molecular simulations for designing carbon-based adsorbents and membranes in sustainable processes with Ph.D Daniel Bahamon Garcia.
Acceleration and Analysis of Molecular Dynamics Simulation Using Machine Learning
Explore machine learning techniques to enhance molecular dynamics simulations, focusing on acceleration and analysis methods for improved efficiency and insights.
Molecular Simulations of Ionic Liquid-Based Systems: From Structural to Optoelectronic Properties
Explore molecular simulations of ionic liquid systems, examining structural and optoelectronic properties for advanced applications.
Properties of Gases and Liquids: The Adventure Continues
Explore advanced concepts in gas and liquid properties with Prof. Richard Elliott's seminar, delving into ongoing research and discoveries in this field.
Frustrated Bearings: Exploring Minimum Energy Dissipation in Sphere Systems
Explore the fascinating world of frustrated bearings, their unique properties, and applications in physics and engineering. Discover how these systems exhibit novel states and unexpected behaviors in 2D and 3D.
Non-equilibrium Theory for Non-ergodic Systems Based on Time-and-Space Averaging
Explore non-equilibrium theory for non-ergodic systems using time-and-space averaging, focusing on internal energy dynamics and applications to immiscible fluid flow in porous media.
Healing of Crystal-Rich Granular Materials in Volcanic Environments by Solid-State Sintering - Implications for Fluid Flow, Deformation and Explosivity
Explore solid-state sintering in volcanic systems and its impact on eruption behavior. Discover how this process affects gas transmission, permeability, and explosive potential in volcanoes.
Mixing, Delay, and Restart - Fluid-Solid Reaction Efficiency in Incompletely-Mixed Porous Media
Explore fluid-solid reaction efficiency in porous media, focusing on mixing, delay, and restart processes. Gain insights into modeling challenges and recent advances in understanding biogeochemical reactions.
Liquid-Infused Materials and Surfaces - Design and Applications
Explore multiphase porous materials for controlling transport phenomena, focusing on liquid-infused materials and surfaces with locked liquid-liquid interfaces for various applications.
Dispersion and Stretching in 3D Porous Media
Explore 3D porous media flow dynamics, visualizing dispersion and stretching processes using advanced experimental techniques. Gain insights into fluid behavior in complex geomaterials.
Moving Contact Lines Over Imperfect Surfaces: From Stick-Slip to Steady-Sliding
Explore fluid-fluid interface dynamics on heterogeneous surfaces, from stick-slip to steady sliding. Uncover key parameters and timescales in partial wetting displacement through coupled differential equations and mechanical analogies.
Two-Phase Flow in Industrial Porous Media - Experiments, Theory, and Modelling
Explore two-phase flow in industrial porous media, focusing on unique challenges and modified approaches for ink penetration in paper and liquid distribution in diapers.
Multiscale Modelling of Convective Mixing in Confined Porous Media
Explore multiscale modelling of convective mixing in porous media, covering pore-scale and large-scale effects, simulations, experiments, and physical models for geophysical subsurface flows.