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A numerical and experimental study of cavitation in a hot tensile axisymmetric testpiece
Yunfei Liu, Jianguo Lin, Trevor Dean, DC Farrugia
Mechanical Engineering
Research output
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Contribution to journal
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Article
13
Citations (Scopus)
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Dive into the research topics of 'A numerical and experimental study of cavitation in a hot tensile axisymmetric testpiece'. Together they form a unique fingerprint.
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Mathematics
Cavitation
100%
Experimental Study
90%
Damage
85%
Numerical Study
70%
Ductility
65%
Flow Stress
64%
Grain Boundary
53%
Simulator
46%
Tensile Test
31%
Gradient
27%
Finite Element Simulation
26%
Strain Rate
24%
Steel
21%
Plasticity
20%
Constitutive Equation
20%
Numerical Procedure
19%
Predict
16%
Finite Element
14%
Testing
12%
Model
11%
Range of data
11%
Engineering & Materials Science
Cavitation
78%
Plastic flow
77%
Thermal gradients
73%
Grain boundaries
73%
Ductility
63%
Simulators
52%
Set theory
46%
Hot working
43%
Tensile testing
41%
Subroutines
40%
Constitutive equations
39%
ABAQUS
37%
Plasticity
33%
Strain rate
33%
Steel
21%
Temperature
14%