09h30 - 10h00

Welcome and registration

10h00 - 10h30

1.1. Welcome reception
Mr. Luc RESTEIGNE, Executive Vice-President Nuclear, Tractebel Engineering (B)

10h30 - 11h45

1.2. PepS 2.0 new features and developments
Mr. Joseph CATALANO, Tractebel Engineering (B)

15'

Break

12h00 - 13h00

1.3.1. Is numerical integration reliable ?
Mr. Kent GORDIS, author of PIPESTRESS, DST Computer Services (CH)

13h00 - 13h50

LUNCH

13h50 - 14h45

1.3.2. Solving Dynamic Problems in the Frequency Domain with PIPESTRESS
Mr. Kent GORDIS, author of PIPESTRESS, DST Computer Services (CH)

14h45 - 15h30

1.4. Gap restraints
Dynamic analysis of piping with gap restraints using Pipestress/Gappipe integrated code
Mr. Robert BALTUS, Westinghouse Electric Belgium (B)

10'

Break

15h40 - 16h15

1.5. Class 1 fatigue analysis
Evaluation of Dynamic Loadings in ASME Class 1 fatigue analysis
Mr. Anders BLOM, Uddcomb Engineering (SW)

16h15 - 16h35

1.6. Time-history analysis
Nuclear Piping Analysis
Mr. Dezi Yang & Hooman Naserhojatie, SNC Lavalin Nuclear Inc. (CAN)

09h00 - 09h30

2.1. Class 1 fatigue analysis
Study of a steam generator internal circuit in NPP
Mr. Romain NANNERO, SOM Calcul (F)

2.2. Composite material for piping and supports
Composite material analysis with PIPESTRESS : Verification according to the method of composite pipe evaluation of the EdF - SEPTEN note
Mrs A. FOGLIA & Mrs V. COLINEAU, Endel_SUEZ - ITENA (F)

2.5. Seismic qualification / gap restraints
Thermal and seismic re-evaluation of a Class RCC-M 2 circuit DN500 (20") with PIPESTRESS
Mr. Julien CLEMENT, ENDEL_SUEZ - GRET (F)