AFCEN nuclear codes for Civil Works (ETC-C and RCC

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AFCEN nuclear codes for Civil Works (ETC-C and RCC
SESSION FORMATION
GÉNIE CIVIL ET MATÉRIAUX
GÉNIE CIVIL POUR LE NUCLÉAIRE
RÉF: 2406-07
AFCEN nuclear codes for Civil Works (ETC-C and RCC-CW) :
Design
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.
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...).
We recommend that each participant come with an edition of the
ETC-C.
Pre-requisites : Eurocodes 0, 2, 3 and 7, seismic calculation.
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.
CETTE FORMATION S'ADRESSE À
Experienced Civil and Structural engineers,
who design or supervise the design of
concrete or steel structures and intend to
work on nuclear projects.
Experiences
designers,
familiar
with
Eurocodes (2, 3, 7) and looking for transition
training covering the key changes between
the Eurocodes and the ETC-C/RCC-CW.
EN PARTENARIAT AVEC
PRÉ-REQUIS NÉCESSAIRE
PLEASE NOTE that the one day training
"General introduction" (ref 0731-00), is
compulsory to attend this training ETC-C
and RCC-CW "Design" (ref 2406-07).
INFORMATIONS PRATIQUES
COORDINATION
Frédéric COPPEL, Civil Engineer Expert, EDF/Ceidre
Date : du 16 au 18 mars 2016 - Durée : 3 jours (21 heures)
Tarif : 2 225,00 € HT + TVA (Déjeuners inclus)
Lieu : France Paris
PROGRAMME DÉTAILLÉ ET HORAIRES
MERCREDI 16 MARS
JEUDI 17 MARS
VENDREDI 18 MARS
8h30
Concrete structures
Concrete structures
8h30
9h00
Ludovic CABA, EDF/SEPTEN
Nicolas SCHMITT, EDF/SEPTEN
Diffrences from Eurocode 2
properties of the material
Shear load
Anchors
Frédéric COPPEL
Opening and introduction to the session
9h00
Philippe BISCH, EGIS
Connections with Eurocode 0
Actions & combinations of actions
Seismic analysis
Prestressed concrete - internal
containment
11h00
10h30
Philippe BISCH
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
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
Fin de la journée à 16h30
16h00
Francis BARRÉ
Etienne LAMBERT
Studies schedule
Interfaces between models
Impacts on the design of other structures
Fin de la journée à 17h30
VOTRE CONTACT NATHALIE SOUDE : 01 44 58 27 29 - [email protected]
10h00
Denis PONT, EDF/SEPTEN
Emeric VIROT
Pools liner
Containment & liner
11h00
Denis PONT
Emeric VIROT
Penetrations
Structural steelwork
14h30
Gilles SIFFERLIN, EDF/CNEPE
Materials
Design principles
Admissible deflections
15h30
Frédéric COPPEL
Conclusion
Fin de la session à 16h00

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