| Title |
Development of a Design Seismic Wave Time History Generation Technique Corresponding to the Recorded Seismic Wave?Based Design Response Spectrum |
| Authors |
오현주(Oh, Hyun Ju) ; 박형춘(Park, Hyung Choon) |
| DOI |
https://doi.org/10.12652/Ksce.2021.41.6.0687 |
| Keywords |
지진파시간이력; 입력지진파; 설계응답스펙트럼; 내진설계 Seismic time history; Input seismic wave; Design response spectrum; Seismic design |
| Abstract |
With the recent occurrence of large-scale earthquakes in Korea, the importance of seismic design has greatly increased. Seismic design standards stipulate that dynamic time history analysis be performed for important or special structures. In the seismic analysis and design of such structures, determining a rational design input seismic wave is a very important factor in ensuring the reliability of the analysis and design. In the seismic design standards, rational design seismic waves must reflect the characteristics of the area (fault) and satisfy the design response spectrum for each seismic performance level. This requirement can be partially satisfied by modifying the actual seismic wave measured in the area (fault) according to the design response spectrum. In this study, a method of correcting and generating seismic wave time histories according to the design response spectrum based on actual measured seismic waves using the harmonic wavelet transform was proposed. To examine the applicability of the proposed technique, the technique was applied to earthquakes of magnitude 5.8 and 5.4, respectively, that occurred in Gyeongju (2016) and Pohang (2017), and the seismic wave time histories corresponding to the design response spectrum were modified and generated |