Ermsar 2008


ERMSAR-08 Final Program
 
 
Papers
Session 1 1-1 Ermsar Introduction to Severe Accidents
Session 2 2-1 Abstract Chernobyl corium
  2-2 Status of Studies on high temperature oxidation - M. Steinbrück
  2-3 The Parameter test series - V. Nalivaev
  2-4 Modelling of accelerated cladding degradation - C. Bals
  2-5 Progress on B4C modelling in Severe Accident Codes - G. Repetto
  2-6 Corium Issues - M. Buck
  2-7 VVER steel corrosion - S. V. Bechta
  2-8 Coolability of Particulate or Porous Debris in Severe Accidents - M. Bürger
  2-9 Quenching of Melt Layers by Bottom Injection of Water in the COMET - J. J. Foit
  2-10 Simulation of corium concrete interaction in a 2D geometry - B. Spindler
  2-11 Improvement of the European thermodynamic database NUCLEA - C. Journeau
Session 3 3-1 ERMSAR2008 Paper3-1_Final
  3-2 Condensation-Paper Final - E. A. Reinecke
  3-3 Sprays in Containment - J. Marlet
  3-4 Status of FCI modeling and reactor applications - M. Buck
  3-5 Investigations of DCH in European - C. Spengler
  3-6 behaviour of absorber elements in silver-indium-cadmium - R. Dubourg
  3-7 Progress in Understanding Key Aerosol Issues - L. E. Herranz
  3-8 Advances on Containment Iodine Chemistry - S. Dickinson
  3-9 Ruthenium behaviour under air ingress conditions - P. Giordano
Session 4 4-1 Severe Core Damage Accident Progression within a CANDU 6 Calandria Vessel - S. 
  4-2 L2 PSA methods harmonization - B. Chaumont
  4-4 Severe Accident Codes for L2 PSA - G. Lajtha
  4-5 Progress of ASTEC Validation - G. Bandini
  4-6 Progress of ASTEC validation - L. Ammirabile
  4-7 ASTEC extension to other reactor types than Generation II PWR - Van Dorsselaere
  4-8 Status and perspectives of ASTEC models - Van Dorsselaere
Session 5 5-1 Ranking of Severe Accident Research Priorities - B. Schwinges
  5-2 Summary of SARNET achievements - T. Albiol
  5-3 Safety R&D for GEN-IV Reactors - G. B. Bruna
  5-4 Presentation of SARNET2 - T. Albiol
Presentations
Session 1 1-1 Introduction to severe Accidents and their Management - J. Royen
Session 2 2-1 The Chernobyl corium - A. Borovoi
  2-2 Status of studies on high-temperature oxidation - M. Steinbrück
  2-3 The PARAMETER test series - V. Nalivaev
  2-4 Modelling of accelerated cladding degradation - O. Coindreau
  2-5 Progress on B4C modeling - G. Repetto
  2-6 Tests and Joint Interpretations - M. Buck
  2-7 VVER steel corrosion - A. P. Alexandrov
  2-8 Coolability of Particulate or Porous Debris in Severe Accidents - M. Bürger
  2-9 Quenching of Melt Layers by Bottom Injection of Water - J. J. Foit
Session 3 3-1 Paper3 1-Reinecke-Final
  3-2 Comparison and Analysis of the Condensation Benchmark Results - W. Ambrosini
  3-3 Spray Benchmark - J. Malet
  3-4 Status of FCI Modeling and VTReactor Applications - M. Buck
  3-5 Direct Containment Heating (DCH) - C. Spengler
  3-6 severe accident sequences - R. Dubourg
  3-7 Key Aerosol Issues - L. E. Herranz
  3-8 Advances on Containment Iodine Chemistry - S. Dickinson
  3-9 Ruthenium behaviour under air ingress conditions - P. Giordano
Session 4 4-1 Severe Core Damage Progression within a CANDU 6 Calandria Vessel - S. Bushby
  4-2 L2 PSA methods harmonization - E. Raimond
  4-4 Severe Accident Codes for VTL2 PSA - G. Lajtha
  4-5 ASTEC Validation on Circuit Thermal-Hydraulics - G. Bandini
  4-6 Progress of ASTEC validation on fission product release - L. Ammirabile
  4-7 ASTEC extension to other reactor types - Van Dorsselaere
  4-8 Status and perspectives of ASTEC models - Van Dorsselaere
Session 5 5-1 Ranking of Severe Accident Research Priorities in the Frame of SARNET - B. Schwinges
  5-2 Summary of SARNET Achievements - T. Albiol
  5-3 European Sustainable Nuclear Energy Technology Platform - G. B. Bruna
  5-4 Presentation of SARNET2 - T. Albiol
  5-5 Sustainable Nuclear Energy Technology Platform - M. Hugon