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Transient Dynamics Research for Self-Anchored Suspension Bridge

Xing, Bang Sheng / Wang, Xue Feng / Li, Wei / Wang, Ning Ning

The Parallel Finite Element Analysis Software ANSYS is used for transient dynamics of self-anchored suspension bridge. The paper studies influence on structure transform under a lotus function and frequency of self-anchored suspension bridge, vehicle together to drive to influence a little bit greatly towards self-anchored suspension bridge structure, difference drive to Self-anchored Suspension Bridge the structure influence smaller, VonMises stress of Suspension Bridge medium node will decrease, when angle frequencies augment, conclusions have instruction function to Self-anchored Suspension Bridge design and construction.

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Transient Dynamics Research for Self-Anchored Suspension Bridge

Xing, Bang Sheng / Wang, Xue Feng / Li, Wei / Wang, Ning Ning

The Parallel Finite Element Analysis Software ANSYS is used for transient dynamics of self-anchored suspension bridge. The paper studies influence on structure transform under a lotus function and frequency of self-anchored suspension bridge, vehicle together to drive to influence a little bit greatly towards self-anchored suspension bridge structure, difference drive to Self-anchored Suspension Bridge the structure influence smaller, VonMises stress of Suspension Bridge medium node will decrease, when angle frequencies augment, conclusions have instruction function to Self-anchored Suspension Bridge design and construction.

Transient Dynamics Research for Self-Anchored Suspension Bridge

Xing, Bang Sheng / Wang, Xue Feng / Li, Wei / Wang, Ning Ning

The Parallel Finite Element Analysis Software ANSYS is used for transient dynamics of self-anchored suspension bridge. The paper studies influence on structure transform under a lotus function and frequency of self-anchored suspension bridge, vehicle together to drive to influence a little bit greatly towards self-anchored suspension bridge structure, difference drive to Self-anchored Suspension Bridge the structure influence smaller, VonMises stress of Suspension Bridge medium node will decrease, when angle frequencies augment, conclusions have instruction function to Self-anchored Suspension Bridge design and construction.

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Title:

Transient Dynamics Research for Self-Anchored Suspension Bridge

Contributors:

Xing, Bang Sheng / Wang, Xue Feng / Li, Wei / Wang, Ning Ning

Published in:

Applied Mechanics and Materials ; 201-202 ; 721-724

Publication date:

2012-10-26

Size:

4 pages

ISSN:

1662-7482 , 1660-9336

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.201-202.721

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Transient Dynamics , Self-Anchored Suspension Bridge

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