Strength determination of metal composite multiple-row joints

The results obtained using standard and improved (modified) calculation methods for load distribution on fasteners and joints strength are analyzed on the examples of four types of multiple-row metal-composite joints with cover plates of various thickness and various diameters of fasteners. A modifi...

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Published in:E3S web of conferences 2023-01, Vol.376, p.1001
Main Authors: Grishin, V., Glebova, M., Guseva, N.
Format: Article
Language:English
Subjects:
Bearing capacity
Composite materials
Cover plates
Criteria
Diameters
Experimental data
Fasteners
Load distribution
Load distribution (forces)
Mathematical analysis
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Guseva, N.
description The results obtained using standard and improved (modified) calculation methods for load distribution on fasteners and joints strength are analyzed on the examples of four types of multiple-row metal-composite joints with cover plates of various thickness and various diameters of fasteners. A modified technique based on the Nuismer criterion is used to determine the load-bearing capacity. It was determined that for all joints the difference between the calculation results and the experiment is 14 - 26% using this criterion. It’s desirable to use a modified scheme of the Nuismer criterion to improve a calculation convergence of the load-bearing capacity with experimental data. In this case, the maximum difference between the calculation results and the experimental data for the considered joints was 12.9%.
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subjects Bearing capacity
Composite materials
Cover plates
Criteria
Diameters
Experimental data
Fasteners
Load distribution
Load distribution (forces)
Mathematical analysis
title Strength determination of metal composite multiple-row joints
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