Numerical solutions
Numerical solutions of three-dimensional non-grey gas radiative transfer using the statistical narrow-band model
... https://doi.org/10.1115/1.2825944 Access and use of this website and the material on it are subject to the Terms and Conditions set forth at Numerical solutions of three-dimensional non-grey gas radiative ...
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Numerical solutions of generalized fractional pantograph equations with variable coefficients using shifted Chebyshev polynomials
... efficient numerical technique based on the shifted Chebyshev polynomials (SCPs) is established to obtain numerical solutions of generalized fractional pantograph equations with variable ...
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Comparative analysis between analytical approximations and numerical solutions describing recession flow in unconfined hillslope aquifers
... the numerical model recession curves present a linear behaviour for those ...and numerical model results show a non-linear behaviour, being most clear for the gravel aquifer ...the numerical ...
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Directly comparing GW150914 with numerical solutions of Einstein's equations for binary black hole coalescence
... compare numerical relativity to the data first, evaluating a single scalar quantity (the marginalized likelihood) on the grid of binary parameters prescribed and provided by all available NR ...of numerical ...
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The effect of heterogeneity on the agreement between analytical and numerical solutions describing the recession flow in unconfined hillslope aquifers
... observed under homogeneous conditions is negatively affected when taking into account heterogeneity using equivalent hydraulic properties in the analytical approximations. This is particularly true when the quadratic ...
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Bernstein polynomials method for numerical solutions of integro-differential form of the singular Emden-Fowler initial value problems
... Table 1: Approximate, exact solutions for Example 5.1 , and the absolute error. x Present method with n = 4, n = 6, Exact solution 0.0 1.00000 1.00000 1.00000 0.1 0.998 33 0.998 33 0.99833 0.2 0.993 35 0.993 35 ...
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Fracture and debonding of a thin film on a stiff substrate: analytical and numerical solutions of a 1d variational model
... 2γ/t)) for t > t d (n) , (38) where ϕ(x) = x + (x 2 − 1)arctanh(x). In order to close the problem, we must minimize ˆ E t (n) for a given load t. We are not able to provide a complete analytical solution of the ...
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Numerical solutions for phase noise due to pointing jitter with the LISA telescope
... 4. Conclusion It appears that the estimations based on an expansion in Ω 0 limited to the second order, as presented in our preceding paper [ 4 ], slightly underestimate the noise by a few percent for the first Zernike ...
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Analysis of numerical solutions for the M.I.T. flight simulator
... 1.0. Flight Simulator is an analog computer and as such it has mary eccentricities. For example, the solution obtained from the computer may not be the solution of[r] ...
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Cheeger sets for unit cube : analytical and numerical solutions for L [infinity] and L² norms
... After this, we looked at the continuous maximum flow and minimum cut problems, and how these relate to Cheeger sets and Cheeger constants for general domains. This continuous net[r] ...
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Can we trust in numerical computations of chaotic solutions of dynamical systems ?
... 1963 numerical computations using computers play a central role in order to display and analyze solutions of nonlinear dynamical ...the numerical solutions they found using popular software ...
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Sur la théorie des solutions singulières
... Extraits des procès-verbaux des séances / Société philomathique de Paris.. Paris :A.[r] ...
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Brochure solutions amiantes
... Solutions U3/U4 et fort trafic * Dans le respect de la règlementation en vigueur et après envoi du mode opératoire pour avis aux services compétents. Forbo ne peut être tenu responsable du non respect de la ...
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Solutions processus intégrales des équations d'évolution abstraites et application à l'approximation numérique d'un problème parabolique dégénéré. [ Integral-process solutions of abstract evolution equations and application to numerical approximation of a degenerate parabolic boundary-value problem. ]
... 1. Introduction Dans cette note, on introduit une notion de solution appelée solution processus intégrale pour le pro- blème d’évolution (1) gouverné par un opérateur m-accrétif A dans un espace de Banach X, en vue d’une ...
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L'industrie des solutions RH en France
... à partir de novembre 1960 211 . La conversion des firmes de service bureau mécanographique à l’informatique constitue la seconde voie de spéciation des firmes de l’industrie des solutions RH appliquant les ...
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2-Les solutions électrolytiques
... des solutions électrolytiques Introduction : On a parlé dans le premier chapitre de physique de solutions qui étaient capable de conduire le courant électrique, nous allons les étudier ici : on les nomme ...
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DS préparation de solutions
... Exercice n°3 : Solutions de diiode : 6.5pts On dispose d'une solution aqueuse mère de diiode, de concentration molaire c 1 = 5,0*10 -1 mol.L - 1 . On souhaite obtenir une solution fille de concentration c 2 = ...
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Solutions TP11 - Roulements
... tique C 0 dépend du roulement (l'inconnue du problème), il faudra donc utiliser.. des essais successifs[r] ...
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TP N°11 : Préparation de solutions
... Prévoir le protocole expérimental permettant de préparer une solution à partir d’un solide puis le réaliser.. Prévoir le protocole expérimental permettant de préparer une solution d[r] ...
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Olympiades 2017 - solutions
... En effet, si ( est un multiple de 3, deux rangées de pavés taille 3 conviennent, si ( est supérieur de 2 à multiple de 3, on complète deux rangées de carrés de taille 3 par trois car[r] ...
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