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Modelling the response of semi-rigid supports under combined loading

Langdon, G.S / Schleyer, G.K

AbstractThis paper proposes a generalised analytical model for examining connection response. The model is applied to the problem of welded double angle connections, as used by the UK offshore industry. The results of an experimental investigation into failure progression is also presented, and used to generate the spring constant values. Response in two directions was examined for three different geometry configurations. The work highlights the importance of angle outstand and it is hoped that the proposed connection model will be incorporated into a beam-connection model capable of predicting the response of a beam with semi-rigid supports, and the results of this work will be published in due course.

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Modelling the response of semi-rigid supports under combined loading

Langdon, G.S / Schleyer, G.K

AbstractThis paper proposes a generalised analytical model for examining connection response. The model is applied to the problem of welded double angle connections, as used by the UK offshore industry. The results of an experimental investigation into failure progression is also presented, and used to generate the spring constant values. Response in two directions was examined for three different geometry configurations. The work highlights the importance of angle outstand and it is hoped that the proposed connection model will be incorporated into a beam-connection model capable of predicting the response of a beam with semi-rigid supports, and the results of this work will be published in due course.

Modelling the response of semi-rigid supports under combined loading

Langdon, G.S / Schleyer, G.K

AbstractThis paper proposes a generalised analytical model for examining connection response. The model is applied to the problem of welded double angle connections, as used by the UK offshore industry. The results of an experimental investigation into failure progression is also presented, and used to generate the spring constant values. Response in two directions was examined for three different geometry configurations. The work highlights the importance of angle outstand and it is hoped that the proposed connection model will be incorporated into a beam-connection model capable of predicting the response of a beam with semi-rigid supports, and the results of this work will be published in due course.

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Title:

Modelling the response of semi-rigid supports under combined loading

Contributors:

Langdon, G.S (author) / Schleyer, G.K (author)

Published in:

Engineering Structures ; 26 ; 511-517

Publication date:

2003-12-03

Size:

7 pages

ISSN:

DOI:

https://doi.org/10.1016/j.engstruct.2003.12.001

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Double angle connections , Supports , Analytical modelling , Joints , Semi-rigid

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