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(2)
Computational Fluid Mechanics
Heat Transfer
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Computational Fluid Mechanics and Heat Transfer
Computational Fluid Mechanics and Heat Transfer,10.2307/2008017,Mathematics of Computation,Dale A. Anderson,John C. Tannehill,Richard H. Pletcher
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Computational Fluid Mechanics and Heat Transfer
(
Citations: 798
)
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Dale A. Anderson
,
John C. Tannehill
,
Richard H. Pletcher
Journal:
Mathematics of Computation  Math. Comput.
, vol. 46, no. 174, 1986
DOI:
10.2307/2008017
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www.jstor.org
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Citation Context
(206)
...This in effect turns out to be a fourthorder pressure smoothing or dissipation that is added to the continuity equation (
Tannehill et al. 1997
)...
Neeharika Koribilli
,
et al.
Quantifying Enhancement in Heat Transfer Due to Natural Convection Dur...
...where δ ij is the Kronecker’s delta, and the summation conventionsareused.Thecoefficientofviscosity μisassumedto dependonlyontemperatureandisderivedfromSutherland’s formula [
9
]...
T. Saito
,
et al.
Shock standoff distance of a solid sphere decelerating in transonic v...
...Navier‐Stokes equations have been extensively studied in fluid mechanics for modelling fluid movement under specific conditions and boundary constraints [
8
]...
...Boundary conditions are required in computational fluid dynamics systems such as those using Navier‐Stokes equations [
8
]...
...The Von Neumann’s stability analysis, as shown in [
8
], demonstrates that the implicit model of discretization when calculating Navier‐Stokes equations is unconditionally stable...
...Let us consider a fluid whose density and temperature are nearly constant and which is described by a velocity field and by a pressure field . The moment conservation conditions lead to the Navier‐Stokes equation [
8
]...
...Theanalysisoftheadvectionprocessinrealphysicsphenomena is provided in [
8
]...
...Since the proposed fluid optical flow smoother incorporates both explicit and implicit finite differencing schemes, the vector field processing should adhere to the stability criteria [
8
] under the conditions from Section IIIA...
...The synthetic flow is created using the vorticitystream formulation of the Navier‐Stokes equations [
8
]...
Ashish Doshi
,
et al.
Robust Processing of Optical Flow of Fluids
...Compressible steadystate Navier‐ Stokes‐Fourier equations, as appropriate for describing such cases, become a mixed set of hyperbolic‐elliptic equations which are difficult to solve because of the distinctive numerical techniques required for hyperbolic and elliptic types of equations (
Anderson et al. 1984
)...
Nishanth Dongari
,
et al.
Predicting microscale gas flows and rarefaction effects through extend...
...The main limit is the elevated calculation time requested to simulate the process of industrial features because the calculation time is strictly related to the grid dimensions clearly explained in [
10
]...
Leonardo Orazi
,
et al.
An automated procedure for material removal rate prediction in laser s...
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