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Elastoplastic plate shakes down under repeated impulsive loadings
Zengshen Yue
, Bingyang Li
, Xin Wang
, Zhen Li
, Rui Zhang
, Pengfei Wang
,
Li Cheng
, Tian Jian Lu
Department of Mechanical Engineering
The Hong Kong Polytechnic University
Research output
:
Journal article publication
›
Journal article
›
Academic research
›
peer-review
12
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Citations (Scopus)
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Engineering
Energy Dissipation
100%
High Impact Velocity
100%
Dimensionless
50%
Loading Condition
50%
Experimental Result
50%
Dynamic Response
50%
Dynamic Behavior
50%
Dimensionless Form
50%
Impact Dynamics
50%
Time History
50%
Deformation Mode
50%
Linear Relationship
50%
Load Level
50%
Hardening Effect
50%
Stable State
50%
Metallic Foam
50%
Extreme Loading
50%
Tangent Modulus
50%
Shipbuilding
50%
Impulsive Load
50%
Impact Test
50%
Finite Element Analysis
50%
Strain Hardening
50%
Yield Point
50%
Modulus of Elasticity
50%
Keyphrases
Impulsive Loading
100%
Pseudo-shakedown
100%
Elastoplastic Plate
100%
Deflection
60%
Elastoplastic
40%
Plastic Energy Dissipation
40%
Monolithic Plate
40%
High-velocity Impact
40%
Repeated Low-velocity Impact
40%
Prediction Accuracy
20%
Deformation Mode
20%
High Cost
20%
Dimensionless Form
20%
Finite Element Method
20%
Single Beam
20%
Dynamic Response
20%
Elastic Modulus
20%
Tangent Modulus
20%
Dynamic Behavior
20%
Linear Relationship
20%
Explosives
20%
Yield Strength
20%
Load Level
20%
Strain Hardening Effect
20%
Standard Chinese
20%
Impact Test
20%
Elastoplastic Deformation
20%
Projectile Impact
20%
Dynamic Impact
20%
Stable State
20%
Metallic Foam
20%
Fully Clamped
20%
Extreme Loading Conditions
20%
Shakedown
20%
Impulsive Load
20%
Impulse Loading
20%
Impact number
20%
Final Deflection
20%
Shipbuilding Steel
20%
Impulsive Impact
20%
Impact Momentum
20%
Monolithic Beam
20%
Foam Projectile
20%
Dynamic Shakedown
20%
Material Science
Work Hardening
100%
Yield Stress
100%
Elastic Moduli
100%
Impact Testing
100%
Impulsive Load
100%
Finite Element Methods
100%