2009AIJ Journal of Technology and DesignOpen access

INFLUENCES OF TENON SIZE ON PULL OUT AND BENDING STRENGTH OF MORTISE-TENON JOINT WITH PIN

Yasutaka IRIE, Shinya OIFUJI

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Abstract

In order to investigate the most suitable tenon size of the mortise-tenon joint with pin, we carried out the static horizontal loading tests. The main results obtained from these tests and analytical investigations are as follows.Mortisize-tenon joint thickness of which is 45mm improves the stiffness and strength by about 50% compared with that of using tenon of 30mm thickness. The analytical model shown in Fig. 19 expresses the stiffness and bearing force after yielding point.

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In order to investigate the most suitable tenon size of the mortise-tenon joint with pin, we carried out the static horizontal loading tests. The main results obtained from these tests and analytical investigations are as follows.Mortisize-tenon joint thickness of which is 45mm improves the stiffness and strength by about 50% compared with that of using tenon of 30mm thickness. The analytical model shown in Fig. 19 expresses the stiffness and bearing force after yielding point.

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Available abstract

In order to investigate the most suitable tenon size of the mortise-tenon joint with pin, we carried out the static horizontal loading tests. The main results obtained from these tests and analytical investigations are as follows.Mortisize-tenon joint thickness of which is 45mm improves the stiffness and strength by about 50% compared with that of using tenon of 30mm thickness. The analytical model shown in Fig. 19 expresses the stiffness and bearing force after yielding point.

Key concepts: Mortise and tenon, Joint (building), Stiffness, Structural engineering, Bending stiffness, Bending, Joint stiffness, Materials science

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