Keyphrases
Centrifugal Casting
80%
Centrifugal Force
60%
Complex Geometry
60%
Liquid Metal
60%
Free Surface Flow
50%
Computational Modeling
50%
Low Superheat
40%
Validation Experiment
40%
Modeling Experiment
40%
Computational Validation
40%
Centrifugal Casting Process
40%
Thin Section
40%
Heat Transfer
30%
Modelling Task
30%
High Risk
30%
TiAl Alloy
30%
Turbulent Flow
30%
Gasses
30%
Computational Model
23%
High Quality Products
20%
High Temperature
20%
Preheating Temperature
20%
Mark Test
20%
Transient Free
20%
Trapped Air
20%
High Temperature Titanium Alloy
20%
Force-velocity
20%
Air Entrainment
20%
Molten State
20%
Aluminum Alloy
20%
Face Coat
20%
Three-dimensional Geometry
20%
Stabilized Zirconia
20%
Investment Casting
20%
Complex Modeling
20%
High Velocity
20%
Gravity Casting
20%
Metal Cans
20%
Al Alloy
20%
Zirconia
20%
Physical Phenomena
20%
Production Methods
20%
Casting Experiment
13%
Comprehensive Computational Model
10%
Modelling Challenges
10%
Surface Complexes
10%
Macrodefects
10%
Zirconia Slurry
10%
Defect Development
10%
Coupled Flow
10%
Engineering
Centrifugal Casting
100%
Centrifugal Force
54%
Liquid Metal
53%
Free Surface
50%
Casting Process
40%
Fill Thickness
26%
Turbulent Flow
26%
High Quality Product
20%
Preheat Temperature
20%
Gravity Casting
20%
Investment Casting
20%
Gas Present
16%
Dimensional Geometry
16%
Production Method
16%
Physical Phenomena
16%
Molten State
16%
Centrifugal
16%
Production Engineering
16%
Silicon Dioxide
13%
Bubble Transport
10%
Early Work
10%
Air Entrainment
10%
Dynamic Behavior
10%
Air Interface
10%
Fluid Dynamics
10%
Filling Process
10%
Bulk Flow
6%
Bulk Liquid
6%
Full Scale
6%
Flow Dynamics
6%
Mould Temperature
6%
Metal Casting
6%
Fluid Viscosity
6%
Heating Temperature
6%
Material Science
Solidification
100%
Surface (Surface Science)
73%
Liquid Metal
46%
Turbulent Flow
23%
Zirconia
20%
Titanium Alloy
13%
Aluminum Alloy
13%
Fluid Dynamics
6%
Flow Dynamics
6%
Silicon Dioxide
5%
