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Finite Element Analysis of Composite Volleyball Upright Structures

Shan, Lu Yang / Shan, Yi

A composite FRP volleyball upright structure is analyzed by finite element (FE) method. A static analysis is performed using commercial finite element software ANSYS. Deformation and stress distributions under regular and upper bound force (i. e., to include dynamic/impact effect) are provided. An elastic eigenvalue analysis is carried out as well to predict the buckling load and modes.

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Finite Element Analysis of Composite Volleyball Upright Structures

Shan, Lu Yang / Shan, Yi

A composite FRP volleyball upright structure is analyzed by finite element (FE) method. A static analysis is performed using commercial finite element software ANSYS. Deformation and stress distributions under regular and upper bound force (i. e., to include dynamic/impact effect) are provided. An elastic eigenvalue analysis is carried out as well to predict the buckling load and modes.

Finite Element Analysis of Composite Volleyball Upright Structures

Shan, Lu Yang / Shan, Yi

A composite FRP volleyball upright structure is analyzed by finite element (FE) method. A static analysis is performed using commercial finite element software ANSYS. Deformation and stress distributions under regular and upper bound force (i. e., to include dynamic/impact effect) are provided. An elastic eigenvalue analysis is carried out as well to predict the buckling load and modes.

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Title:

Finite Element Analysis of Composite Volleyball Upright Structures

Contributors:

Shan, Lu Yang (author) / Shan, Yi (author)

Published in:

Trends in Civil Engineering, ICSBM, International Conference on Structures and Building Materials, 2 ; 247-250

Advanced Materials Research ; 446-449

Publication date:

2012

Size:

4 Seiten

ISSN:

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.446-449.247

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Komposit , Finite-Elemente-Methode , statische Prüfung , Eigenwertanalyse , Spannungsverteilung (mechanisch) , Dynamik , oberer Grenzwert , Knickbeanspruchung

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