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Aluminum and E-glass epoxy plates behavior subjected to shock loading
I.B. Muhit
, M.N. Sakib, S.S. Ahmed
SCEDT Engineering
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Keyphrases
Shock Loading
100%
E-glass Epoxy
100%
Composite Plate
100%
Orthotropic Plate
66%
Reinforced
33%
Aluminum Plate
33%
Terrorist Attacks
33%
Blast Load
33%
Structure Response
33%
Terrorist Act
33%
Glass-epoxy Composite
33%
Circular Hole
33%
Dynamic Strain
33%
Device Testing
33%
Shock Load
33%
Mode number
33%
Shock Tube
33%
Bomb Blast
33%
Dynamic Amplification Factor
33%
Isotropic Plate
33%
Loading Device
33%
Engineering
Epoxy Glass
100%
Laminated Composite Plate
100%
Plate Behavior
100%
Shock Loads
100%
Orthotropic Plate
66%
Aluminum Plate
33%
Time History
33%
Theoretical Value
33%
Isotropic Plate
33%
Terrorist Action
33%
Loading Device
33%
Circular Hole
33%
Normal Modes
33%
Epoxy Composite
33%
Gauge Area
33%
Dynamic Amplification Factor
33%
Material Science
Aluminum
100%
Laminated Plate
100%
Plate Behavior
100%
Shock Loads
100%