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Energy-consistent formulation of the pressure-free two-fluid model
Jurriaan F.H. Buist
*
, Benjamin Sanderse
, Svetlana Dubinkina
,
Cornelis W. Oosterlee
, Ruud A.W.M. Henkes
*
Corresponding author for this work
Sub General Mathematical Institute
Dept of Mathematics
Sub Mathematical Modeling
Mathematical Modeling
Centrum voor Wiskunde en Informatica
Delft University of Technology
Shell Technology Centre Amsterdam
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Keyphrases
Two-fluid Model
100%
Pressure-free
100%
Volumetric Flow Rate
55%
Energy Conservation
44%
Model Solution
33%
Momentum Conservation
33%
Energy Demand
11%
Numerical Experiments
11%
Computation Time
11%
Spatial Discretization
11%
Traveling Wave
11%
Periodic Boundary Conditions
11%
Source Term
11%
Discrete Energy Method
11%
Streamwise
11%
Unknown Quantity
11%
Incompressible Flow
11%
One-dimensional Two-fluid Model
11%
Energy Discretization
11%
Periodic Domain
11%
Finite Volume Scheme
11%
Reduced Computation
11%
Volume Constraint
11%
Flow Duct
11%
Engineering
Two-Fluid Model
100%
Flow Rate
50%
Flow Velocity
50%
Momentum Conservation
30%
Discretization
30%
One Dimensional
10%
Spatial Discretization
10%
Numerical Experiment
10%
Computation Time
10%
Streamwise
10%
Source Term
10%
Flow in Ducts
10%
Periodic Boundary
10%
Reformulation
10%
Incompressible Flow
10%
Traveling Wave
10%
Boundary Condition
10%