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Compressive response of multiple-particles-polymer systems at various strain rates
J. T. Fan
*
, J. Weerheijm, L. J. Sluys
*
此作品的通讯作者
Delft University of Technology
Netherlands Organisation for Applied Scientific Research
科研成果
:
期刊稿件
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文章
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同行评审
30
引用 (Scopus)
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探究 'Compressive response of multiple-particles-polymer systems at various strain rates' 的科研主题。它们共同构成独一无二的指纹。
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Engineering
Strain Rate
100%
Polymer System
100%
Polyurethan
33%
Split Hopkinson Pressure Bar
16%
Damage Mechanism
16%
Speed Camera
16%
Composite Material
16%
Mechanical Response
16%
Strain Energy
16%
Maximum Stress
16%
Material System
16%
Static Stiffness
16%
Stress-Strain Relations
16%
Dynamic Stress
16%
Crack Initiation
16%
Yield Stress
16%
Filled Particle
16%
Mm Diameter
16%
Dependent Behavior
16%
Reference Case
16%
Elastomeric Matrix
16%
Material Science
Strain Rate
100%
Polymer Particle
100%
Polyurethane
28%
Scanning Electron Microscopy
14%
Polymer Composite
14%
Poly Methyl Methacrylate
14%
Mechanical Strength
14%
Yield Stress
14%
Composite Material
14%
Stress-Strain Relations
14%
Crack Initiation
14%
Filled Polymer
14%
Chemical Engineering
Polyurethane
100%