15th International Conference on 
Structural Mechanics in Reactor Technology


 

DIVISION P : MECHANICAL CONSEQUENCES OF
SEVERE ACCIDENT

 

P01/1

Severe Accident Research Activities in Korea: In-Vessel Retention of Molten Core Material
K.Y. Suh, S.H. Chang, H.D.Kim, S.J. Oh and J.L. Lee

P01/2

EU Research on Severe Accident Phenomenology: Results of the Current EURATOM Framework Programme and Prospects for the Future
G. Van Goethem, G. Keinhorst, J.Martin Bermejo and A. Zurita

P01/3

Experimental Program to Quantify the Effects of Severe Accidents for PWR Design
H. Plitz, F. Hofmann and W. Scholtyssek

P01/4

CANDU Severe Accident Resistance
M. Bonechi and V.G. Snell

P02/1

FOREVER Experimental Program on Reactor Pressure Vessel Creep Behavior and Core Debris Retention
B.R. Sehgal, R.R. Nourgaliev, T.N. Dinh and A. Karbojian

P02/2

Thermal-Mechanical Behaviour of the Reactor Pressure Vessel and Corium Molten Pool in a Severe Accident with Core Melt Down
Cataldo Caroli, Adio Miliozzi and Francesco Milillo

P02/3

Thermal and Mechanical Behaviorof Hemispherical Vessel Lower Head
K.Y. Suh, K.H. Kang, J.H. Kim, S.B. Kim, H.D. Kimn, J.S. Cho and J.E. Chang

P02/4

Themmal and Mechanical Behavior of Metal Layer in Reactor Vessel Lower Head
J.S. Cho, K.Y. Suh, C.H. Chung, R.J. Park and S.B. Kim

P02/5

COMETA/SEURBNUK-EURDYN: A Couplcd Code for Prediction of Reactor Vessel Response due to Fue1 Coolant Interactions
Arnold Yerkess, Alessandro Annunziato and Carmelo Addabbo

P02/6

Reactor Pressure Vessel Head Louded by a Corium Slug Results of Model Experiments BERDA I
R. Krieg, B. Goller, G. Hailfinger, G. Messemer and G. Vorberg

P03/1

FASTHER Failure under Strong Thermal Gradient of RPV Steel
C. Sainte Catherine, Ph. Mongabure, L. Le Ber, J. Devos and S. Bhandari

P03/2 The Numerical Study of the RBMK Fuel Channel Pressure Tube Creep and Rupture under Accident Conditions
Vladimir D. Loktionov and Nikolay I. Yaroshenko
P03/3

Experimental Study of the RBMK Fuel Channel Pressure Tube Behaviour under Accident Conditions
Vladimir D. Loktionov, Vladimir A. Gashenko, Olga N. Abakumova, Nikolay I. Yaroshenko and Viktor D. Tsirenov

P03/4

Finite Element Analysis for Creep Damage of Coolant Piping in Light Water Reactor due to Local Heating under Severe Accident Condition
Seiya Hagihara, Noriyuki Miyazaki and Jun Sugimoto

P04/1

Study for Therrnal and Structural Behavior of Reactor Pressure Vessel under External Reactor Vessel Cooling
Jong-Sung Kim and Tae-Eun Jin

P04/2

Estimation of Therrnal and Mechanical Margin to Failure of Reactor Vessel Lower Head
H. J. Yoon, Y.H. Kim and K.Y.Suh

P04/3

Advanced In- Vessel Retention Design against Water Reactor Core Melt Accidents
I.S. Hwang. K.Y. Suh, K.J. Jeong and S.D. Park

P04/4

An Experimental Study of Dynamic Response of Model Reactor Structure Subjected to Internal Explosion
S.S. Dhadwal, H. Lal, V.S. Sethi, P. Chellapandi and S.B. Bhoje

P05/l

Theoretical and Computational Models of the GASFLOW-II Code
John Travis, Jay Spore, Peter Royl and Gottfried Necker

P05/2

Application and Limitation of Lumped Parameter and 3-D Codes in Nuclear Safety Research
M. A. Movahed

P05/3

A Study on the Evaluation Methodology of DDT Potential in a PWR Containment during Severe Accidents
Seong-Wan Hong, Soo-Yong Park, Moonkyu Hwang and Hee-Dong Kim

P05/4

Experimental Study on Hydrogen Behavior at a Subcompartment in the Containment Building
Un-Jang Lee and GOon-Cherl Park

P06/1

Three-Dimensional Analysis of Steam/Hydrogen Transport with Catalytic Recombinersip Nuclear Reactor Containments Using the Computer Code GAS FLOW
P. Royl, H. Rochholz, J.R. Travis, G. Necker, W. Breitung, L. Seyffarth and W. Gehrig

P06/2

Evaluation of the Containment Integrity due to Direct Containment Heating in Korean 1300 MWe PWR
Sang-Baik Kim, Rae-Jun Park, Kyoung-Ho Kang and Soo-Yong Park

P06/3

Sensitivity Studies on Molten Core Concrete Interaction Using MELCOR Code
Seong Wan Hong, Dong Ha Kim, Jong Kyun Park, Song Won Cho and Soo Yong Park

P06/4

A Comparative Analysis of CANDU Reactor Severe Accidents with PWR Using PSA Method
Y. Choi, Y.M. Song, S.D. Kim, D.H. Kim and Y. Jin

 

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