Organized by ÚJV Řež, a. s., Czech Republic
Deadline for receiving 500-word summary, which will be used by |
7 June 2013 |
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Notification of acceptance of abstract for presentation of papers at the workshop |
28 June 2013 |
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Deadline for receiving full paper in the prescribed format |
23 August 2013 |
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Workshop |
17-19 September 2013 |
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Concrete structures are essentially passive components under normal operating conditions, but play a key role in mitigating the impact of extreme or abnormal operating events and external hazards. Structural components are somewhat plant specific, may be difficult to inspect and a limiting factor for plant life since they are mostly irreplaceable. Structures are subject to time-dependent variation of material properties under the influence of environmental stressors and ageing factors that may impact their ability to perform its safety function. As NPPs age, assurance needs to be provided that the capacity of concrete structures to mitigate extreme events has not deteriorated unacceptably.
The objective of this workshop is to present and discuss the state of the art techniques for the integrity assessment of concrete structures, and to recommend areas where further research is needed.
The objective of this workshop is to review existing methods for non-destructive evaluation of NPPs thick walled concrete structures and to present state of the art techniques for the integrity of concrete structures, aiming to detect voids and cracks in concrete and to detect in passive (rebars) and active (tendons) reinforcing items.
The first workshop has been held in 1997 in UK at Risley. The development priorities of NDE of concrete structures in NPPs were identified. The second workshop has been held in 2008 in Prague on Ageing Management of Thick Walled Concrete Structure, including ISI, Maintenance and Repair and Safety Assessment in view on Long Term Operation. It was discussed that non-destructive examination of NPP containment structures presents challenges different from conventional civil engineering structures due to several aspects, such as:
The principal domains are
Last reviewed: 22 February 2013