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Analysis of energy balance when using Cohesive Zone Models to simulate fracture processes
C. Shet,
N. Chandra
Research output
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Contribution to journal
›
Article
›
peer-review
158
Scopus citations
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Dive into the research topics of 'Analysis of energy balance when using Cohesive Zone Models to simulate fracture processes'. Together they form a unique fingerprint.
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Engineering & Materials Science
Strain energy
77%
Energy balance
75%
Cracks
48%
Interfacial energy
29%
Fracture energy
28%
Ceramic materials
28%
Cavitation
26%
Fracture mechanics
24%
Plastics
17%
Polymers
17%
Composite materials
13%
Chemical Compounds
Energy Balance
100%
Strain Energy
45%
Energy
33%
Cohesive Energy
31%
Fracture Mechanics
18%
Fracture Energy
17%
Metallic Material
15%
Cavitation
15%
Interfacial Energy
11%
Fragmentation
9%
Ceramic
9%
Flow
7%
Composite Material
5%
Physics & Astronomy
energy
21%
cracks
15%
fracture mechanics
7%
wakes
6%
cavitation flow
6%
surface energy
6%
sliding
6%
fragmentation
5%
plastics
5%