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Reliability assessment and design load factors for reinforced concrete containment structures
Authors:Bong Koo Han
Affiliation:Department of Structural Engineering, Seoul National Polytechnic University, 172 Kongneung-dong, Nowon-gu, Seoul 139-743, South Korea
Abstract:The current ASME code for reinforced concrete containment structures is not based on probability concepts. This paper develops reliability assessment and probability-based design load factors for reinforced concrete containment structures. The purpose of constructing reinforced concrete containment structures is to protect against radioactive release, and so the use of a serviceability limit state related to cracking that can cause the emission of radioactive materials is suggested as a critical limit state for reinforced concrete containment structures. Load factors for the design of reinforced concrete containment structures are proposed. The proposed load factors are also examined in terms of a set of code performance objectives and consistency in limit state probability.
Keywords:Reliability   Concrete construction   Containment vessels   Dynamic loads   Load limits   Structural design   Radioactive materials   Cracks   Earthquakes   Probability   Random processes   Building codes   Service life   Reliability assessment   Reinforced concrete containment structures   Load factors   Accidental pressure loads
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