Three-dimensional computational simulations
Three-dimensional magnetohydrodynamic simulations of the Crab Nebula
... into three waves and the termination shock rapidly moves inwards, reflecting the build-up of the shocked PWN ...the computational cost of actually reaching the self-similar phase in 3D simulations is ...
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Two- and three-dimensional numerical simulations of supersonic ramped inlet
... Deriving benet from the symmetry of geometry with respect to the xy-plane, a semi-model is utilized for the 3D simulation. A multi-block structured grid is generated for the 3D simulation. Grid is clustered into the ...
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Three Dimensional Simulations with Fields and Particles in Software and Inflector Designs
... Several approaches for solving level set equations exist which increase accuracy while decreasing computational effort. They are all based on using some sort of adaptive schemes. The most important are narrow band ...
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Development of a Three Dimensional Multiscale Computational Model of the Human Epidermis
... course simulations of TGF-b1 synthesis and signaling are illustrated respectively in Figures 5 and ...TGF-b1 simulations and in the cell level simulations and the relationships between the two are ...
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Three-dimensional cardiac computational modelling: methods, features and applications
... of computational models and biophysical simulations can help to interpret an array of experimental data and contribute to the understanding, diagnosis and treatment of complex diseases such as cardiac ...
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Numerical simulations of two dimensional and three dimensional shock wave/turbulent boundary layer interactions
... The reference length for the 3D SWTBLI is 1 mm, which make the Reynolds number is 3.7 × 10 7 . The size of the domain is (−20, 184.5) × (0, 35) × (0, 215) , which is about (−5.3𝛿 0 , 18.6𝛿 0 ) × (0, 9.2𝛿 0 ) × (0, 56.6𝛿 ...
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Computational study of a complex three-dimensional shock boundary-layer interaction
... of computational tools to calculate the complex flow fields that can arise in a range of engineering ...applications. Three-dimensional complex shock boundary layer interaction studies are expensive in ...
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Three-dimensional Hydrodynamic Simulations of Accretion in High-mass X-ray Binaries.
... our simulations display evidence of the flip-flop ...our computational runs. These simulations suggest that the flip-flop instability is a consequence of the restrictive geometry of 2D planar ...
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Three-Dimensional Multi-Physics CFD Simulations of Sand Transfer around a Cube
... The following boundary conditions are applied. At the inflow boundary, inflow velocity, turbulent kinetic energy and its dissipation rate are fixed. In addition, pressure is extrapolated from the computational ...
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Towards large-scale three-dimensional blood flow simulations in realistic geometries
... the computational domain is only a part of the physical ...the computational and physical ...the simulations performed and the experimental ...
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The Implementation of the Surface Charging Effects in Three Dimensional Simulations of SiO2 Etching Profile Evolution
... appropriate computational resources, since the Monte Carlo step re- quires enormous number of particles in every level set step, in order to get satisfying ...
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Three-dimensional computational model of a blood oxygenator reconstructed from micro-CT scans
... A ( Q ) = x ˆ , y ˆ : Q ( x, y ) = Q ×Q bc ∧ x ˆ , y ˆ ⊆ x, y , ∀ x, y ∈ A CS (6) The full data set for the cross-section is shown in Fig. 6 ( A , Q ) with A = A ( A Q ) CS . Note that the graph is a reflection on how ...
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Computational Laminar-to-Turbulent Transition Physics of Complex Three-Dimensional Hypersonic Flow Fields
... NPSE simulations with the first deviation from the basic-state heating levels, the beginning of non- linear effects, and the approximate secondary instability neutral ...
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Simulations of three-dimensional dendritic growth using a coupled thermo-solutal phase-field model
... Consequently, computational simula- tion of dendrites under thermal 8 or solute-only control 9 is now a routine, as is the quantitative prediction of characteris- tic length scales and growth ...small, ...
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Numerical Simulations of Three Dimensional Instabilities in Cavity Flows
... a three- dimensional centrifugal instability in the primary vortex inside the ...global three-dimensional instabilities is the generic centrifugal instability associated with the closed ...
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Three-dimensional Monte Carlo simulations of photonized nebulae
... no Monte Carlo code currently treats dust radiative transfer within a photoionized nebula. It is hoped to implement such a treatment in Mocassin in the near future, by incorporating[r] ...
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Three dimensional Monte Carlo simulations of ionized nebulae
... the three axial ...most three-dimensional simulations are very expensive in term s of memory usage and com putational time, this is due to the volume of d a ta comprised w ithin such ...
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Three dimensional computational imaging with single-pixel detectors
... the light with SLM before illumination, single pixel camera projects the object image illuminated under ambient light onto a DMD chip and modulate the object image with random patterns b[r] ...
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Three-Dimensional Simulations Of Magnetohydrodynamic Waves In Magnetized Solar Atmosphere
... We present results of three-dimensional numerical simulations of magnetohydrodynamic wave prop- agation in a solar magnetic flux tube. Our study aims at understanding the properties of a range of MHD ...
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Three-dimensional simulations of turbulent spectra in the local interstellar medium
... Abstract. Three-dimensional time dependent numerical simulations of compressible magnetohydrodynamic fluids describing super-Alfv´enic, supersonic and strongly magne- tized space and laboratory ...
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