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Displaying 17 speakers out of 17
A. RYAZANOV (Russian Research Centre “Kurchatov Institute”, Moscow, Russian Federation)
Theoretical modeling of plastic deformation in materials under heavy ion, light ion and fast neutron irradiations
Radiation growth of amorphous alloys under heavy ion irradiation
Theoretical modeling of track formation in materials under heavy ion irradiation
Modelling of cascade and sub-cascade formation in fission and fusion structural materials under fast neutron and ion irradiations
Modeling of radiation effects in vanadium
Investigations of behavior of SiC materials under neutron and charged particle irradiation
A. ZEMAN, V. INOZEMTSEV (IAEA, Vienna, Austria)
Introduction and opening
C. ROBERTSON (CEA, Centre de Cadarache, Saint Paul lez Durance, France)
Multiscale modeling of thermal fatigue damage in austenitic steels
Dislocation dynamics simulations of post-irradiation plastic deformation in austenitic stainless steels
Application of DD modeling to plastic deformation of RPV steel in the ductile to brittle transition regime
C. TUNIZ (ICTP, Trieste, Italy)
New radiation based microscopes
J. KURIPLACH (Charles University, Prague, Czech Republic)
Principles of positron annihilation and positron response calculations
Modeling positron response from computer generated samples of materials
Positron annihilation in oxides
Relating modeled positron response to experiment
J.J. KOHANOFF (The Queen's University of Belfast, United Kingdom)
Electronic structure theory
Exchange and correlation in Density Functional Theory
Computational methods for electronic structure
Radiation damage of biomolecular systems
Radiation damage of biomolecular systems: a first-principles molecular dynamics approach
J.M. PERLADO (Universidad Politecnica de Madrid, Spain)
Principles of multi-scale modeling
Modelling of liquid metals for fusion reactors
Modelling of Materials under high pressure, and metallic foams
Modeling of time-dependent damage in structural wall of inertial fusion reactors
L. MALERBA (Nuclear Research Centre of Belgium, Mol, Belgium)
Fundamentals of radiation damage: mechanisms at the atomic, nano- and microscopic levels
The multiscale modeling approach applied to radiation damage: from atoms to dislocations
Radiation damage in FeCr alloys
Primary damage modeling in fcc metals at atomic scale
M. FREYSS (CEA, Centre de Cadarache, Saint Paul lez Durance, France)
Nuclear fuel behavior under irradiation: introduction to multi-scale modeling and experimental characterization
Numerical simulation of transport properties in nuclear fuels : from the atomistic scale to the mesoscopic scale
Experimental simulation of nuclear fuels: separate effect studies
M. SAMARAS (Paul Scherrer Institut, Villigen, Switzerland)
Multiscale modeling in the nuclear environment
Modeling end experimental validation in the Fe-Cr system
Modeling helium effects in bcc iron
Atomistic simulations of irradiation – single crystal and nanocrystal
M. VICTORIA (Nuclear Fusion Institute, Universidad Politecnica de Madrid, Spain)
Connection between modeling and experiments
Mesoscale connection and macoscopic response
Radiation damage summary
N. DYTLEWSKI (IAEA, Vienna, Austria)
Global energy: supplies and challenges
Distribution of certificates
N. LAZAREV (Akhiezer Institute for Theoretical Physics, Kharkov, Ukraine)
Introduction to the kinetic Monte Carlo in radiation damage physics
MD simulation of interaction between radiation damages and microstructure: voids, helium bubbles and grain boundaries
MD simulation of primary damage formation and phase transformations in zirconium
Atomistic simulation of a swift ion track development in a model Ni-Al alloy
P. SALAME (IAEA, Vienna, Austria)
Complementary Techniques for Materials Characterization: Practical Example
R. COPPOLA (ENEA-Casaccia, Rome, Italy)
SANS studies of microstructural radiation damage evolution in model alloys and technical steels for nuclear applications/part 1
SANS studies of microstructural radiation damage evolution in model alloys and technical steels for nuclear applications/part 2
S. SCANDOLO (ICTP, Trieste, Italy)
Computational material science
ICTP Modeling at extreme conditions
W. WIESENACK (OECD Halden Reactor Project, Halden, Norway)
Introduction to fuel behaviour modeling: purpose and application of fuel modeling codes, main components and code structure, basic measurements for in-core experiments
Fuel temperature modeling and phenomena: pellet-clad gap heat transfer, fuel temperature distribution
Fission gas release: release mechanisms, gas mixing and gas flow
Dimensional changes and pellet-clad interaction: stresses and strains, fuel thermal expansion, densification and swelling, interaction between fuel and cladding
Special experiments and their evaluation

Organizers

N. Dytlewski (IAEA). V. Inozemtsev (IAEA), P. Salame (IAEA), A. Zeman (IAEA).
ICTP Local Organizer: S. Scandolo