Structural Behavior Evaluation of T-joints of the Composite Bogie Frame Under Bending

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초록

This study evaluates the failure strength and failure modes of two types of T-joint used in a composite bogie frame under a bending load. The average failure load and displacement of the adhesive-only joint were 4.1 kN and 0.99 mm. The cracks propagated through the bond layer and followed a mode I propagation mode. In contrast, the joint with the adhesive bonding and skin had an average failure load of 68 kN and a displacement of 8.1 mm. It also showed a mode I propagation trend. The strain distribution for the whole region of the two joints was evaluated with FE analysis. A comparison of experiment results and the FE analysis results revealed that the error was in range of 5.33%-42.6% for the adhesive-only joint and 1.07% and 17.3% for the joint with the adhesive bonding and skin. The maximum stress concentration locations showed good agreement between the experiment and FE analysis.

키워드

Composites; Bogie; Joint; Finite element; Strength; Failure; SIDE BEAMS
제목
Structural Behavior Evaluation of T-joints of the Composite Bogie Frame Under Bending
저자
Lee, Woo Geun; Kim, Jung Seok; Yoon, Hyuk Jin; Shin, Kwang Bok; Il Seo, Sung
DOI
10.1007/s12541-013-0018-x
발행일
2013-01
유형
Article
저널명
International Journal of Precision Engineering and Manufacturing
권
14
호
1
페이지
129 ~ 135