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Modeling of centrifugal casting processes with complex geometries
N.J. Humphreys
, D. Mcbride
, T. Croft
,
D.M. Shevchenko
,
Nicholas Green
, M. Cross
Metallurgy and Materials
Research output
:
Chapter in Book/Report/Conference proceeding
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Chapter
398
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Keyphrases
Air Entrainment
50%
Air Interface
50%
Bubble Transport
50%
Centrifugal Cast
50%
Centrifugal Casting
50%
Centrifugal Casting Process
100%
Centrifugal Force
50%
Complex Geometry
100%
Computationally Expensive
50%
Cost Simulation
50%
Gas Entrainment
50%
High Quality Products
50%
High Risk
50%
High Temperature
50%
High-performance Computing Cluster
50%
Liquid Metal
100%
Low Superheat
50%
Metal-air
50%
Modelling Task
50%
Single Processor
50%
Thin Section
100%
Three-dimensional Geometry
50%
Turbulent Flow
50%
Engineering
Air Entrainment
50%
Air Interface
50%
Bubble Transport
50%
Casting Process
100%
Centrifugal
50%
Centrifugal Casting
100%
Centrifugal Force
50%
Dimensional Geometry
50%
Fill Thickness
50%
High Quality Product
50%
Liquid Metal
100%
Turbulent Flow
50%
Material Science
Liquid Metal
100%
Solidification
100%
Surface (Surface Science)
50%
Turbulent Flow
50%
Chemical Engineering
Bubble Transport
100%
Scalability
100%