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An experimental method to validate viscoplastic constitutive equations in the dynamic response of plates
In the present paper measured and simulated vibrations of viscoplastic plates under impulsive loadings are compared to each other. The aim is to determine how accurately the measured deformations can be calculated by the chosen constitutive and structural theories. A first-order shear deformation shell theory assuming small strains and moderate rotations as well as viscoplastic laws are used. In the experimental part of this study short time measurement techniques are applied to shock tubes in order to record fast loading processes and plate deformations.
An experimental method to validate viscoplastic constitutive equations in the dynamic response of plates
In the present paper measured and simulated vibrations of viscoplastic plates under impulsive loadings are compared to each other. The aim is to determine how accurately the measured deformations can be calculated by the chosen constitutive and structural theories. A first-order shear deformation shell theory assuming small strains and moderate rotations as well as viscoplastic laws are used. In the experimental part of this study short time measurement techniques are applied to shock tubes in order to record fast loading processes and plate deformations.
An experimental method to validate viscoplastic constitutive equations in the dynamic response of plates
Stoffel, Marcus (author)
Mechanics of Materials ; 37 ; 1210-1222
2005
13 Seiten, 21 Quellen
Article (Journal)
English
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