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Suspension bridge flutter revisited

Scanlan, R.H. / Sabzevari, A.

Aerodynamic forces employed are obtained in real form from simple tests in wind tunnel on bridge deck section models; aerodynamic force determination is made with instrumentation normally used to monitor amplitude of bending and torsional vibrations, plus calculation scheme based upon theory; wind tunnel method was used on section model of original Tacoma Narrows Bridge; three-dimensional flutter is explained by theory developed; exact role of three-dimensional bridge modes in flutter; relation of section model to full three-dimensional bridge; nonlinear aerodynamic characteristics of bridge section; analytical approach to damping allowing for variation in damping ratio of prototype.

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Suspension bridge flutter revisited

Scanlan, R.H. / Sabzevari, A.

Aerodynamic forces employed are obtained in real form from simple tests in wind tunnel on bridge deck section models; aerodynamic force determination is made with instrumentation normally used to monitor amplitude of bending and torsional vibrations, plus calculation scheme based upon theory; wind tunnel method was used on section model of original Tacoma Narrows Bridge; three-dimensional flutter is explained by theory developed; exact role of three-dimensional bridge modes in flutter; relation of section model to full three-dimensional bridge; nonlinear aerodynamic characteristics of bridge section; analytical approach to damping allowing for variation in damping ratio of prototype.

Suspension bridge flutter revisited

Scanlan, R.H. / Sabzevari, A.

Aerodynamic forces employed are obtained in real form from simple tests in wind tunnel on bridge deck section models; aerodynamic force determination is made with instrumentation normally used to monitor amplitude of bending and torsional vibrations, plus calculation scheme based upon theory; wind tunnel method was used on section model of original Tacoma Narrows Bridge; three-dimensional flutter is explained by theory developed; exact role of three-dimensional bridge modes in flutter; relation of section model to full three-dimensional bridge; nonlinear aerodynamic characteristics of bridge section; analytical approach to damping allowing for variation in damping ratio of prototype.

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Title:

Suspension bridge flutter revisited

Additional title:

ASCE Structural Eng Conference -- Prepr

Contributors:

Scanlan, R.H. (author) / Sabzevari, A. (author)

Conference:

ASCE Structural Engineering Conference ; 1967

Published in:

ASCE Structural Engineering Conference -- Preprint

Publication date:

1967

Size:

35 pages

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Bridges, suspension

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

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