Relatori
Lorenzo Botto
Lorenzo Botto
Delft University of Technology
Olanda
Delft University of Technology
Olanda
5 lectures on:
liquid-phase exfoliation of layered particles in laminar and turbulent flows, particularly focusing on the modelling of hydrodynamic forces and flow-induced fracture fracture phenomena; an introduction to capillary trapping of 2D material at fluid interface
liquid-phase exfoliation of layered particles in laminar and turbulent flows, particularly focusing on the modelling of hydrodynamic forces and flow-induced fracture fracture phenomena; an introduction to capillary trapping of 2D material at fluid interface
Zhaohe Dai
Zhaohe Dai
Peking University
Cina
Peking University
Cina
5 lectures on:
nanoindentation and mechanical characterization of 2D materials; interfacial mechanics; transfer, assembly, and cleaning of 2D materials; thin films, bubbles, blisters; strain engineering for multifunctional devices and emerging applications.
nanoindentation and mechanical characterization of 2D materials; interfacial mechanics; transfer, assembly, and cleaning of 2D materials; thin films, bubbles, blisters; strain engineering for multifunctional devices and emerging applications.
Laurent Joly
Laurent Joly
Université Lyon 1, Villeurbanne
Francia
Université Lyon 1, Villeurbanne
Francia
5 lectures on:
molecular modeling of liquid-solid interfaces in 2D materials (general principles, and implementation with LAMMPS code): nanoscale hydrodynamic boundary condition (liquid-solid slip and friction), adhesion and capillarity (work of adhesion, surface tension), limits of continuum hydrodynamics, coupled transport (osmotic flows, electrokinetic effects).
molecular modeling of liquid-solid interfaces in 2D materials (general principles, and implementation with LAMMPS code): nanoscale hydrodynamic boundary condition (liquid-solid slip and friction), adhesion and capillarity (work of adhesion, surface tension), limits of continuum hydrodynamics, coupled transport (osmotic flows, electrokinetic effects).
Nicola M. Pugno
Nicola M. Pugno
University of Trento
Italia
University of Trento
Italia
3 lectures on:
an introduction to linear elastic and quantized fracture mechanics and its application to 2D materials, including characterization and constitutive laws for the materials strength, toughness, cracks and defects; dynamic quantized fracture mechanics.
Dominic Vella
Dominic Vella
University of Oxford
Regno Unito
University of Oxford
Regno Unito
5 lectures on:
Models for thin elastic sheets (Föppl-von Kármán equations); distinction between bending and stretching and its consequences; indentation measurements; static and dynamic buckling; wrinkling; effective properties of wrinkled sheets; capillary effects on ultrathin sheets; hydrodynamically-controlled deformation.
Models for thin elastic sheets (Föppl-von Kármán equations); distinction between bending and stretching and its consequences; indentation measurements; static and dynamic buckling; wrinkling; effective properties of wrinkled sheets; capillary effects on ultrathin sheets; hydrodynamically-controlled deformation.
Guest lectures
The course will include online interactive “guest lectures” (with Q&A components), with industrial and academic leaders in technological translation of 2D materials.
Invited speakers include F. Bonaccorso (BeDimensional Spa and Istituto Italiano di Technologia, IT), R. Adelung (Kiel University, DE), E. Bonaccurso (Airbus Central R&T, DE) and representatives of Graphenea Semiconductor SL (ES).
Catherine Kamal
Catherine Kamal
University College London
Regno Unito
University College London
Regno Unito
5 lectures on:
an introduction to the theory of suspension hydrodynamics, continuum based modeling approaches for fluid-structure interaction of ultrathin particles including slender body theory and the boundary integral formulation, and 2D ink rheology and its application.