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Physical test data for the appraisal of design procedures for bolted joints in pultruded FRP structural shapes and systems.

Mottram, J. T. and Turvey, Geoffrey J. (2003) Physical test data for the appraisal of design procedures for bolted joints in pultruded FRP structural shapes and systems. Progress in Structural Engineering and Materials, 5 (4). pp. 195-222. ISSN 1365-0556

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Abstract

A review is presented of the tests undertaken to characterize bolted joints (no adhesive bonding) for pultruded fibre-reinforced plastic (PFRP) structural shapes and systems. The review is written with regard to the appraisal of existing connection design procedures for plate-to-plate bolted joints. It is shown that 15 uncoordinated series of tests on single-bolt and multi-bolt double lap joints provide 800 ultimate strength results. Each of the series of tests had different objectives and so different joint variables were studied. This reflects the current state of guidance on joint design and installation in pultruders' design manuals and elsewhere, which is shown to be limited and inconsistent. By rationalizing the number of variables the authors have tested a further 900 joints in order to generate a larger database of strengths and modes of failure, which may be used to appraise connection design procedures, such as the Hart-Smith and EUROCOMP Design Code and Handbook simplified and rigorous methods. Observations are made on the findings from 16 series of tests with respect to the current state of design of PFRP plate-to-plate bolted joints.

Item Type: Article
Journal or Publication Title: Progress in Structural Engineering and Materials
Uncontrolled Keywords: pultruded FRP structurals • bolted joints • test data
Subjects: T Technology > TA Engineering (General). Civil engineering (General)
Departments: Faculty of Science and Technology > Engineering
ID Code: 20180
Deposited By: ep_ss_importer
Deposited On: 17 Dec 2008 13:17
Refereed?: No
Published?: Published
Last Modified: 24 Jan 2014 05:15
Identification Number:
URI: http://eprints.lancs.ac.uk/id/eprint/20180

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