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Finite element modelling of abrasive waterjet milled footprints
S. Anwar, D. A. Axinte, A. A. Becker
Research output
:
Journal Publication
›
Article
›
peer-review
65
Citations (Scopus)
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Keyphrases
Abrasive Water Jet
100%
Finite Element Modeling
100%
Traverse Speed
60%
Garnet
40%
Workpiece Material
40%
Target Surface
40%
Abrasive Particles
40%
Plume
40%
Sharp Cutting Edge
20%
Ti-6Al-4V (Ti64)
20%
Order of Accuracy
20%
Generated Data
20%
Possible Sources
20%
Model Validation
20%
Finite Element Model
20%
Modeling Approach
20%
Finite Element Method
20%
Abrasive Waterjet Milling
20%
Erosion Rate
20%
Error Sources
20%
Aerospace Industry
20%
Model Simulation
20%
Superalloy
20%
Friction
20%
Gaussian Distribution
20%
Particle Shape
20%
Jet Power
20%
Finite Element Simulation
20%
Adiabatic Heating
20%
Elastic-plastic
20%
Kinematic Parameters
20%
Kerf
20%
Material Description
20%
Strain Rate Sensitivity
20%
Milling Mode
20%
Maximum Depth
20%
Strain Rate Effect
20%
Material Erosion
20%
Particle Flow
20%
Pump Pressure
20%
Non-spherical Shape
20%
Effect of Mass Flow Rates
20%
Johnson-Cook Failure Criterion
20%
Tensile Failure Criterion
20%
Accuracy Error
20%
Real Interaction
20%
Titanium Base
20%
Energy Parameters
20%
Abrasive Mass Flow
20%
Engineering
Finite Element Modeling
100%
Target Surface
100%
Abrasive Particle
100%
Failure Criterion
100%
Energy Engineering
50%
Cutting Edge
50%
Finite Element Method
50%
Ti-6al-4v
50%
Computer Simulation
50%
Gaussians
50%
Acceptable Level
50%
Finite Element Simulation
50%
Tensiles
50%
Mass Flowrate
50%
Effect of Strain
50%
Material Erosion
50%
Pump Pressure
50%
Accuracy-Error
50%
Material Description
50%
Strain Rate Sensitivity
50%
Particle Flow
50%
Material Science
Garnet
100%
Finite Element Method
100%
Finite Element Modeling
100%
Ti-6Al-4V
50%
Titanium
50%
Strain Rate
50%
Superalloys
50%
Effect of Strain
50%