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AFCEN nuclear codes for Civil Works (ETC-C and RCC-CW) : Design

Génie civil pour le nucléaire

EN BREF

The ETC-C and RCC-CW are the codes used to design and build the civil structures of nuclear power plants. The ETC-C (EPR Technical Code for Civil Works) is specific to EPR nuclear power plant whereas the RCC-CW (Rules for design and construction of PWR nuclear civil works) can be applied to others projects. Both these codes were published by AFCEN (French Association for design, construction and surveillance rules of nuclear power plant components), respectively in 2012 and 2015.

This training session explains the requirements of the part 1: Design of the ETC-C and RCC-CW codes.

The course is delivered in English.

 

THÉMATIQUES

Nuclear safety related buildings.

Advanced concepts and rules involved in the design of the Civil structures of the EPR nuclear island.

Relations between the different parts of the ETC-C Code.

Relations between the Eurocodes and the ETC-C Code.

OBJECTIFS

The purpose of this 3 day training session is to outline the requirements of the ETC-C 2012 and RCC-CW 2015 codes. Dedicated to the first part (Part 1) of the code, it covers all the aspects of the design for Civil engineering structures of nuclear power plants (geotechnics, seismic anaylis, concrete, prestressing, liner, anchorages, steel works…).

PROGRAMME DÉTAILLÉ ET HORAIRES

Journée 1
9h00
Frédéric COPPEL : EDF/Ceidre

Opening and introduction to the session

 

9h30
Philippe BISCH : EGIS

Connections with Eurocode 0

Actions & combinations of actions

Seismic analysis

11h00
Philippe BISCH : EGIS

Representation of soil effects

Modelling of structures & substructures

Methods of analysis & floor response spectra

Geotechnical design

14h30
Alain PECKER : Géodynamique & Structure

Geological, geotechnical and hydro-geological models

Actions & combinations for geotechnical design

FIN DE LA journée À 16h30

Journée 2

Concrete structures

8h30
Ludovic CABA : EDF/SEPTEN

Diffrences from Eurocode 2

properties of the material

Shear load

Prestressed concrete - internal containment

10h30
Francis BARRÉ : Géodynamique & Structure
Etienne LAMBERT : EDF/SEPTEN

Reinforced concrete criteria for containment

Containment & liner

14h00
Pierre-Claude ARBEZ : NFM technologies
Emeric VIROT : EDF

Anchored containment liner

Example of a containment design

16h00
Francis BARRÉ : Géodynamique & Structure
Etienne LAMBERT : EDF/SEPTEN

Studies schedule

Interfaces between models

Impacts on the design of other structures
 

FIN DE LA journée À 17h30

Journée 3

Concrete structures

8h30
Nicolas SCHMITT : EDF/CNEPE

Anchors

10h00
Denis PONT : EDF/SEPTEN
Emeric VIROT : EDF

Pools liner
 

 

Containment & liner

13h30
Denis PONT : EDF/SEPTEN
Emeric VIROT : EDF

Penetrations
 

Structural steelwork

15h00
Gilles SIFFERLIN : EDF/CNEPE

Materials

Design principles

Admissible deflections

16h00
Frédéric COPPEL : EDF/Ceidre

Conclusion

FIN DE LA session À 16h30

PRÉ-INSCRIPTION : AFCEN nuclear codes for Civil Works (ETC-C and RCC-CW) : Design

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