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Contribution List

Displaying 61 contributions out of 61
Session: Application of DD modeling to plastic deformation of RPV steel in the ductile to brittle transition regime
Session: Atomistic simulation of a swift ion track development in a model Ni-Al alloy
Session: Atomistic simulations of irradiation – single crystal and nanocrystal
Session: Complementary Techniques for Materials Characterization: Practical Example
Session: Computational material science
Session: Computational methods for electronic structure
Session: Connection between modeling and experiments
Session: Dimensional changes and pellet-clad interaction: stresses and strains, fuel thermal expansion, densification and swelling, interaction between fuel and cladding
Session: Discussion
Session: Dislocation dynamics simulations of post-irradiation plastic deformation in austenitic stainless steels
Session: Distribution of certificates
Session: Electronic structure theory
Session: Exchange and correlation in Density Functional Theory
Session: Experimental simulation of nuclear fuels: separate effect studies
Session: Fission gas release: release mechanisms, gas mixing and gas flow
Session: Fuel temperature modeling and phenomena: pellet-clad gap heat transfer, fuel temperature distribution
Session: Fundamentals of radiation damage: mechanisms at the atomic, nano- and microscopic levels
Session: Global energy: supplies and challenges
Session: ICTP Modeling at extreme conditions
Session: Introduction and opening
Session: Introduction to fuel behaviour modeling: purpose and application of fuel modeling codes, main components and code structure, basic measurements for in-core experiments
Session: Introduction to the kinetic Monte Carlo in radiation damage physics
Session: Investigations of behavior of SiC materials under neutron and charged particle irradiation
Session: MD simulation of interaction between radiation damages and microstructure: voids, helium bubbles and grain boundaries
Session: MD simulation of primary damage formation and phase transformations in zirconium
Session: Mesoscale connection and macoscopic response
Session: Modeling end experimental validation in the Fe-Cr system
Session: Modeling helium effects in bcc iron
Session: Modeling of radiation effects in vanadium
Session: Modeling of time-dependent damage in structural wall of inertial fusion reactors
Session: Modeling positron response from computer generated samples of materials
Session: Modelling of Materials under high pressure, and metallic foams
Session: Modelling of cascade and sub-cascade formation in fission and fusion structural materials under fast neutron and ion irradiations
Session: Modelling of liquid metals for fusion reactors
Session: Multiscale modeling in the nuclear environment
Session: Multiscale modeling of thermal fatigue damage in austenitic steels
Session: New radiation based microscopes
Session: Nuclear fuel behavior under irradiation: introduction to multi-scale modeling and experimental characterization
Session: Numerical simulation of transport properties in nuclear fuels : from the atomistic scale to the mesoscopic scale
Session: Positron annihilation in oxides
Session: Poster Session
Session: Poster Session
Session: Poster Winners Presentations
Session: Poster session
Session: Primary damage modeling in fcc metals at atomic scale
Session: Principles of multi-scale modeling
Session: Principles of positron annihilation and positron response calculations
Session: Radiation damage in FeCr alloys
Session: Radiation damage of biomolecular systems
Session: Radiation damage of biomolecular systems: a first-principles molecular dynamics approach
Session: Radiation damage summary
Session: Radiation growth of amorphous alloys under heavy ion irradiation
Session: Registration and Administrative Formalities
Session: Relating modeled positron response to experiment
Session: SANS studies of microstructural radiation damage evolution in model alloys and technical steels for nuclear applications/part 1
Session: SANS studies of microstructural radiation damage evolution in model alloys and technical steels for nuclear applications/part 2
Session: Special experiments and their evaluation
Session: The multiscale modeling approach applied to radiation damage: from atoms to dislocations
Session: Theoretical modeling of plastic deformation in materials under heavy ion, light ion and fast neutron irradiations
Session: Theoretical modeling of track formation in materials under heavy ion irradiation
Session: Visit to ELETTRA

Organizers

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