Non-Linear Design Evaluation of Class 1-3 Nuclear Power Piping

Zeng, Lingfu; Jansson, Lennart G.; Dahlström, Lars

doi:10.5772/20592

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“…If the structural analysis is non-linear, as inZeng et al (2011), modal analysis is no longer valid and Collapse-Load analysis, together with non-linear Transient analysis, is required. .…”

mentioning

confidence: 99%

Nuclear Reactor Thermal Hydraulics and Other Applications

Guillen¹

2013

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Engineering and Applied Science from Idaho State University. Dr. Guillen is a licensed Professional Engineer in the State of Idaho with nearly 30 years of experience in mechanical and systems engineering. The focus of her research is on multiphase computational fluid dynamics and thermal hydraulics for sustainable energy technologies. She has authored or co-authored over 100 technical publications in the form of books, reports, journal articles and conference papers.

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“…If the structural analysis is non-linear, as inZeng et al (2011), modal analysis is no longer valid and Collapse-Load analysis, together with non-linear Transient analysis, is required. .…”

mentioning

confidence: 99%