JOURNAL ARTICLE
Finite Element Analysis of Composite Volleyball Upright Structures
Year: 2012 Journal: Advanced materials research Vol: 446-449 Pages: 247-250 Publisher: Trans Tech Publications
Abstract
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.
Keywords:
Finite element method Structural engineering Composite number Deformation (meteorology) Eigenvalues and eigenvectors Buckling Stress (linguistics) Static analysis Engineering Materials science Composite material Physics
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Topics
Structural Behavior of Reinforced Concrete
Physical Sciences → Engineering → Building and Construction
Structural Engineering and Vibration Analysis
Physical Sciences → Engineering → Civil and Structural Engineering
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