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Parametric Study on Explosion Impact Response Characteristics of Offshore Installation's Corrugated Blast Wall
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 Title & Authors
Parametric Study on Explosion Impact Response Characteristics of Offshore Installation's Corrugated Blast Wall
Kim, Bong-Ju; Kim, Byung-Hoon; Sohn, Jung-Min; Paik, Jeom-Kee; Seo, Jung-Kwan;
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 Abstract
More than 70% of the accidents that occur on offshore installations stem from hydrocarbon explosions and fires, which, because they involve blast effects and heat, are extremely hazardous and have serious consequences in terms of human health, structural safety, and the surrounding environment. Blast barriers are integral structures in a typical offshore topside module to protect personnel and safety critical equipment by preventing the escalation of events caused by hydrocarbon explosions. Many researchers have shown the adequacy of the simple design tool commonly used by the offshore industry for the analysis and design of blast walls. However, limited information is available for corrugated blast wall design with explosion impact response characteristics. Therefore, this paper presents a parametric study on the explosion impact response characteristics of an offshore installation's stainless steel corrugated blast wall. This paperalso investigates and recommends design parameters for the structural design of a corrugated blast wall based on a nonlinear structural analysis of experiential results.
 Keywords
Explosion;Corrugated blast wall;Impact response characteristics;
 Language
Korean
 Cited by
1.
Cost–benefit analysis of corrugated blast walls, Ships and Offshore Structures, 2015, 1  crossref(new windwow)
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