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Computational procedure for cold-formed sheet metal beam design using the AISI guide

Borchelt, J.E.

The post-buckling strength of a thin-walled beam structure is difficult to ascertain, but is known to have a significant effect on the overall performance of a given beam. This paper presents the effective width method as developed by G. Winter and adapted for use in the AISI 'Cold-Formed Steel Design Manual'. A computer program was developed using the equations presented in the AISI Design Manual. A prediction of the maximum load that a given simply supported beam can withstand is provided in the output from the computer program, along with the beam's section properties.

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Computational procedure for cold-formed sheet metal beam design using the AISI guide

Borchelt, J.E.

The post-buckling strength of a thin-walled beam structure is difficult to ascertain, but is known to have a significant effect on the overall performance of a given beam. This paper presents the effective width method as developed by G. Winter and adapted for use in the AISI 'Cold-Formed Steel Design Manual'. A computer program was developed using the equations presented in the AISI Design Manual. A prediction of the maximum load that a given simply supported beam can withstand is provided in the output from the computer program, along with the beam's section properties.

Computational procedure for cold-formed sheet metal beam design using the AISI guide

Borchelt, J.E.

The post-buckling strength of a thin-walled beam structure is difficult to ascertain, but is known to have a significant effect on the overall performance of a given beam. This paper presents the effective width method as developed by G. Winter and adapted for use in the AISI 'Cold-Formed Steel Design Manual'. A computer program was developed using the equations presented in the AISI Design Manual. A prediction of the maximum load that a given simply supported beam can withstand is provided in the output from the computer program, along with the beam's section properties.

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Title:

Computational procedure for cold-formed sheet metal beam design using the AISI guide

Additional title:

Berechnungsverfahren fuer die Auslegung kaltgewalzter Blechtraeger nach der AISI Norm

Contributors:

Borchelt, J.E. (author)

Published in:

ASME-Papers ; 1-7

Publication date:

1985

Size:

7 Seiten, 6 Bilder, 4 Tabellen, 13 Quellen

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

DUENNWAND , STAHLKONSTRUKTION , KALTWALZEN , BEULEN , RECHNERUNTERSTUETZTER ENTWURF , STAHLBLECH , BEULFESTIGKEIT

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