Higher-Order Beam Analysis of Multiply-Connected Thin-Walled Box Beam Systems Subjected to In-Plane Loads

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초록

A one-dimensional beam analysis available for thin-walled closed beam systems (e.g., vehicle body structures), which is fast and easy to change modeling, is required to increase the initial design efficiency. However, unlike the assumptions used in the conventional beam theories, significant sectional deformations occur at a joint of thin-walled beam systems, resulting in complex and more flexible joint responses. In this paper, we propose a onedimensional beam analysis method to capture the complicated behavior of multiply-connected thin-walled box beam that the proposed method predicts joint flexibility with an average error of 10% compared to the shell analysis results.

키워드

Thin-Walled Box Beam System(직사각; Higher-Order Beam Theory(고차; In-Plane Deformation(면내; Joint Equilibrium Condition(조인트; Joint Matching; Condition(조인트연결조건); JOINT
제목
Higher-Order Beam Analysis of Multiply-Connected Thin-Walled Box Beam Systems Subjected to In-Plane Loads
저자
Choi, Soomin
DOI
10.3795/KSME-A.2023.47.5.427
발행일
2023-05
유형
Article
저널명
대한기계학회논문집 A
권
47
호
5
페이지
427 ~ 446