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Stability of strain-hardening tubular columns

Lee, S.L. / Snyder, J.

Stability of elastic-linear strain-hardening tubular cantilever columns is analyzed by numerical integration of nonlinear differential equation with aid of parametric equations expressing moment-thrust-curvature relationships; equilibrium curves for cantilever columns subjected to arbitrary end loads are first constructed; envelopes of these equilibrium curves are shown to be interaction curves; approximate equations for latter are derived and used to analyze simply supported columns subjected to arbitrary end loads; column curves are presented for aluminum columns of Alloy 6061-Te; results of analysis are discussed in light of corresponding allowable loads given by suggested specifications for such structures.

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Stability of strain-hardening tubular columns

Lee, S.L. / Snyder, J.

Stability of elastic-linear strain-hardening tubular cantilever columns is analyzed by numerical integration of nonlinear differential equation with aid of parametric equations expressing moment-thrust-curvature relationships; equilibrium curves for cantilever columns subjected to arbitrary end loads are first constructed; envelopes of these equilibrium curves are shown to be interaction curves; approximate equations for latter are derived and used to analyze simply supported columns subjected to arbitrary end loads; column curves are presented for aluminum columns of Alloy 6061-Te; results of analysis are discussed in light of corresponding allowable loads given by suggested specifications for such structures.

Stability of strain-hardening tubular columns

Lee, S.L. / Snyder, J.

Stability of elastic-linear strain-hardening tubular cantilever columns is analyzed by numerical integration of nonlinear differential equation with aid of parametric equations expressing moment-thrust-curvature relationships; equilibrium curves for cantilever columns subjected to arbitrary end loads are first constructed; envelopes of these equilibrium curves are shown to be interaction curves; approximate equations for latter are derived and used to analyze simply supported columns subjected to arbitrary end loads; column curves are presented for aluminum columns of Alloy 6061-Te; results of analysis are discussed in light of corresponding allowable loads given by suggested specifications for such structures.

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Title:

Stability of strain-hardening tubular columns

Additional title:

ASCE -- Proc (J Structural Div)

Contributors:

Lee, S.L. (author) / Snyder, J. (author)

Published in:

American Society of Civil Engineers Proceedings, Journal of the Structural Division ; 94

Publication date:

1968

Size:

25 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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