Non-destructive evaluation of containment walls in nuclear power plants
Author(s) -
Vincent Garnier,
Cédric Payan,
Martin Lott,
Narintsoa Ranaivomanana,
Jean-Paul Balayssac,
Jérôme Verdier,
Éric Larose,
Y. Zhang,
Jacqueline Saliba,
Antoine Boniface,
Zoubir Medhi Sbartaï,
Bogdan Piwakowski,
Charles Ciccarone,
H. Hafid,
Jean-Marie Hénault,
F. Ouvrier Buffet
Publication year - 2017
Publication title -
aip conference proceedings
Language(s) - English
Resource type - Conference proceedings
eISSN - 1551-7616
pISSN - 0094-243X
DOI - 10.1063/1.4974643
Subject(s) - containment (computer programming) , nuclear power plant , nondestructive testing , nuclear power , structural engineering , pressure vessel , process (computing) , engineering , computer science , mechanical engineering , medicine , ecology , physics , biology , nuclear physics , radiology , programming language , operating system
Two functions are regularly tested on containment walls in order to anticipate a possible accident. The first is mechanical to resist a possible internal over-pressure and the second is to prevent leakage. The AAPR reference accident is the rupture of a pipe in the primary circuit of a nuclear plant. In this case, the pressure and temperature can reach 5 bar and 180°C in 20 seconds. The national project ‘Non-destructive testing of the containment structures of nuclear plants’ aims at studying the non-destructive techniques capable to evaluate the concrete properties and its damaging and cracks. This 4-year-project is segmented into two parts. The first consists in developing and selecting the most relevant NDEs in the laboratory to reach these goals. These evaluations are developed in conditions representing the real conditions of the stresses generated during ten-yearly visits of the plants or those related to an accident. The second part consists in applying the selected techniques to two containment st...
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