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language
eng
Author
Description
The in-plane shear strengths (IPSS) of copy paper, filter paper, and sack paper were obtained from an asymmetric four-point bending (AFPB) test. Rectangular tabs of medium-density fibreboard (MDF) were bonded to the paper specimen. The length of the clearance between the tabs was varied, and the influence of the clearance on the IPSS value was investigated. The IPSS obtained from the AFPB test was compared with that obtained from a 35° off-axis tension (OAT) test, which was proposed in a previous study. The IPSS values obtained from the AFPB tests on the copy paper and sack paper were significantly lower than those obtained from the 35° OAT tests because of the localised buckling caused by the negative principal stress. In contrast, the IPSS values obtained from the AFPB and OAT tests on the filter paper were in agreement when the clearance length was > 5 mm because the buckling effect was excluded.
Subject
asymmetric four-point bending test
clearance
finite element analysis (FEA)
in-plane shear strength
off-axis tension test
paper
Journal Title
Holzforschung
Volume
69
Issue
1
Start Page
41
End Page
46
ISSN
00183830
Published Date
2015-01
DOI
NCID
AA00664822
Publisher
Walter de Gruyter
NII Type
Journal Article
Format
PDF
Rights
De Gruyter
Text Version
出版社版
Gyoseki ID
e29489
e30354
OAI-PMH Set
Department of Architecture and production Design Engineering, Interdisciplinary Graduate School of Science and Engineering
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