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A parallel multiblock characteristic-based method for three-dimensional incompressible flows
D. Drikakis
Department of Fluid Mechanics
Friedrich-Alexander University Erlangen-Nürnberg
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Keyphrases
Three-dimensional (3D)
100%
Incompressible Flow
100%
Characteristics-based Method
100%
Parallelization
50%
Shared Memory
50%
Data Systems
50%
Third Order
50%
Momentum Equation
50%
Parallel Performance
50%
Artificial Compressibility
50%
Time Integration
50%
Upwind Method
50%
Grid number
50%
Grid Size
50%
Block Method
50%
Multiple Data
50%
Characteristic-based
50%
Explicit Runge-Kutta Scheme
50%
Message Passing Model
50%
Engineering
Dimensional Incompressible Flow
100%
Compressibility
50%
Kutta Scheme
50%
Momentum Equation
50%
Multiple Instruction Multiple Data
50%