Speakers
Francesca Orsola Alfano
Francesca Orsola Alfano
Università della Calabria, Rende
Italy
Università della Calabria, Rende
Italy
4 lectures on:
Utilization of open-source and commercial DEM codes (Hands-on session). DEM applications in industrial dry particle systems (Hands-on session). Handling and visualization of DEM big data (Hands-on session). DEM applications in industrial fluid-particle systems (Hands-on session).
Alberto Di Renzo
Alberto Di Renzo
Università della Calabria, Rende
Italy
Università della Calabria, Rende
Italy
2 Intro + 4 lectures on:
Introduction to: foundations of solids and fluid mechanics for particulate systems. Introduction to: ontact mechanics, general implementation details of the DEM.
Introduction to: foundations of solids and fluid mechanics for particulate systems. Introduction to: ontact mechanics, general implementation details of the DEM.
Calibration of material and numerical parameters. Cohesive forces in dry systems I: electrostatics. Fluid-particle interactions: momentum coupling principles. Fluid-particle interactions: mixing and segregation phenomena.
Daniel Barreto Gonzalez
Daniel Barreto Gonzalez
Edinburgh Napier University
United Kingdom
Edinburgh Napier University
United Kingdom
5 lectures on:
Modelling of non-spherical and rigid particles. Micro-macro transition: extraction of continuum properties. Analysis of stresses and strains in granular assemblies. DEM in geotechnical engineering I: Quasi-statics, particle breakage and soil element tests. DEM in geotechnical engineering II: Large strain/deformation problems.
Modelling of non-spherical and rigid particles. Micro-macro transition: extraction of continuum properties. Analysis of stresses and strains in granular assemblies. DEM in geotechnical engineering I: Quasi-statics, particle breakage and soil element tests. DEM in geotechnical engineering II: Large strain/deformation problems.
Stefan Pirker
Stefan Pirker
Johannes Kepler Universität Linz
Austria
Johannes Kepler Universität Linz
Austria
5 lectures on:
Speeding up (CFD-)DEM simulations II: field based methods. Recurrence CFD surrogates for particulate processes. Hands-on session: rCFD simulations of fluidized bed processes I. Hands-on session: rCFD simulations of fluidized bed processes II. Speeding up (CFD-)DEM simulations III: AI-based NeuralDEM.
Speeding up (CFD-)DEM simulations II: field based methods. Recurrence CFD surrogates for particulate processes. Hands-on session: rCFD simulations of fluidized bed processes I. Hands-on session: rCFD simulations of fluidized bed processes II. Speeding up (CFD-)DEM simulations III: AI-based NeuralDEM.
Stefan Radl
Stefan Radl
Technical University of Graz
Austria
Technical University of Graz
Austria
5 lectures on:
Heat transfer modeling in multiphase granular systems. Speeding up (CFD-)DEM simulations I: coarse graining. Modelling interlocking and flexible non-spherical particles. Chaos and uncertainty inherent to DEM Simulations. Tribocharging in particulate systems.
Heat transfer modeling in multiphase granular systems. Speeding up (CFD-)DEM simulations I: coarse graining. Modelling interlocking and flexible non-spherical particles. Chaos and uncertainty inherent to DEM Simulations. Tribocharging in particulate systems.
Chuan-Yu (Charley) Wu
Chuan-Yu (Charley) Wu
University of Surrey, Guildford
United Kingdom
University of Surrey, Guildford
United Kingdom
2 Intro + 4 lectures on:
Introduction to DEM: basic concepts, importance, and industrial applications. Introduction to continuum modelling and transition from dry systems to fluid-particle coupling.
Introduction to DEM: basic concepts, importance, and industrial applications. Introduction to continuum modelling and transition from dry systems to fluid-particle coupling.
Cohesive forces II: van der Waals interactions. Cohesive forces III: liquid bridges in wet systems. Fluid-particle interactions: drag, pressure gradients, and advanced models. DEM applications in the pharmaceutical and food industries.