| Title |
Proposal of Framework for Adoption of Performance based Blast Resistant Design in Plant Facilities |
| Authors |
이승훈(Lee, Seung-Hoon) ; 김한수(Kim, Han-Soo) |
| DOI |
https://doi.org/10.5659/JAIK.2023.39.10.251 |
| Keywords |
Plant Facilities; Performance Based Design; Blast Resistant Design; Performance Level; Acceptance Criteria |
| Abstract |
This study aims to provide a framework for adopting performance-based seismic design in plant facilities, taking into account the recent
introduction of performance-based design for non-conventional loads. A comparative analysis of existing performance-based designs, including
earthquake, wind, and fire was conducted. To establish a basic framework for performance-based blast-resistant design, existing blast-resistant
design guidelines were referred to. The design blast load based on the return period was proposed by referring to the QRA results performed
by various researchers. In relation to the design blast load, the standoff distance factor was presented for the reduction of the load according
to the distance. Through a comprehensive review, blast performance levels, protection standards, and acceptance criteria were proposed. This
study can contribute to the development of design standard for the performance-based blast resistant design in plant facilities. |