유한요소해석을 활용한 비구조 조적벽의 면외방향 설계

Design for Out-of-Plane Direction of Nonstructural Masonry Walls Using Finite Element Analysis
Citations

SCOPUS

0

초록

This study proposed a simplified finite element analysis procedure for designing the nonstructural masonry wall in the out-of-plane direction. The proposed method is a two-step elastic analysis procedure by bilinearizing the behavior of the masonry wall. The first step analysis was conducted with initial stiffness representing the behavior up to the effective-yield point, and the second step analysis was conducted with post-yield stiffness. In addition, the orthotropic material property of the masonry was considered in the FE analysis. The maximum load was estimated as the sum of the maximum loads in the first and second step analyses. The maximum load was converted into the moment coefficients and compared with those from the yield line method applied in Eurocode 6. The moment coefficients calculated through the proposed procedure showed a good match with those from the yield line method with less than 6% differences.

키워드

Out-of-plane design of masonry wallMoment coefficientFinite element analysisYield line methodEurocode 6Overturning of masonry wallDesign of nonstructural masonry walls
제목
유한요소해석을 활용한 비구조 조적벽의 면외방향 설계
제목 (타언어)
Design for Out-of-Plane Direction of Nonstructural Masonry Walls Using Finite Element Analysis
저자
최명규유은종김민재
DOI
10.5000/EESK.2022.26.1.023
발행일
2022-01
저널명
한국지진공학회논문집
26
1
페이지
23 ~ 30