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EF2: Nanostructured material and membrane modelling and simulation

 

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UPDATED FINAL PROGRAMME (updated 26-05-2008)

Sessions

A. Introductory Session - Modelling in Nanomaterials

  • Role of modelling in nanosciences-nanomaterials
  • Simulation opportunities in nanocomposites research
  • Generic methods:
  • Statistical mechanics
  • Monte Carlo, Molecular Dynamics, kinetic MC, Transition State Theory
  • Non equilibrium thermodynamics and MD
  • Coarse graining over multiple time and length scales
  • Ab-initio and multi-scale techniques in nanomaterials design
  • Numerical solutions using finite differences, finite elements

B. Material Structure

  • Atomic scale simulation of nanostructures: organic, inorganic, hybrid, dense
  • Pore and grain models, reconstruction
  • Sintering: microscopic and geometric modelling
  • Mechanical properties of nanomaterials

C. Transport and Sorption

  • Dusty Gas -Stefan Maxwell formulation
  • Hierarchical modelling
  • MC, MD in polymers and biopolymers
  • Transport in carbon nanotubes
  • Diffraction-assisted reconstruction of zeolites
  • Lattice Boltzmann techniques

D. Use of Models to Interpret Experimental Data

  • Pore structure determination using a mercury porosimetry simulator
  • Pore structure determination using N2 adsorption/desorption: experiment and modelling

E. Training - Demonstration

  • Zeolites, polymers, oxides (separation, gas sensing) - Atomic scale s/w
  • Membrane modules and separation processes - CFD & Design s/w
  • Experimental session: Hg, N2 porosimetry experiments

F. Applications of Nanomaterials

  • Fuel Cells, transport in PEMs
  • Nanofiltration-Ultrafiltration
  • Membrane reactors & contactors
  • Ion exchange membranes
  • Biological systems
  • H2 storage
  • Modelling of atmospheric nanoparticles

G. Collaborative Actions - Funding opportunities

  • FP7, bilateral, national programmes
  • Conclusions - Discussion

H. Visit industrial and start-up high tech companies

I. Poster sessions (3)

Lecturers

Quirke (Imperial,UK)
Weber (Lawrence Berkeley,USA)
Rutledge (MIT,USA)
Edwards (Tennessee,USA)
Krafczyk (Braunschweig,Germany)
Geraldes (IBET, Portugal)
Pan (Leicester,UK)
Mavrantzas (FORTH/ICE-HT & UPatras)
Theodorou (NTUA,Greece)
Bernauer (ICTP,Czech R)
Van der Vegt (MaxPlanck,Germany)
Berthomieu (CNRS,France)
Vlachos (Delaware,USA)
Gerard (Lyon,France)
Briels (Twente,NL)
Tsamopoulos (UPatras)
Seaton (Edinburgh,UK)
Sanchez (CNRS,France)
Payatakes (FORTH & UPatras)
Tsakiroglou (FORTH/ICE-HT)
Hofmann (GKSS,Germany)
Sistat (Montpellier,France)
Tocci (Calabria,Italy)
Kikkinides (UWM & CERTH/CPERI)
Fila (ICTP,Czech R)
Burganos (FORTH/ICE-HT)
Froudakis (UCrete)
Pandis (Carnegie Mellon, USA, FORTH/ICE-HT & UPatras)

Training courses on Nanostructured Materials for Advanced Membrane Processes

NanoMemCourse