Analytical and numerical solutions for cases I and case II
Analytical, semi analytical, and numerical solutions for the Cahn–Allen equation
... The solutions were represented, allowing a physical interpretation and better interpretation of their ...evant solutions that provide new explanations of real-world industrial ...some numerical ...
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On Numerical Solutions of Systems of Ordinary Differential Equations by Numerical-Analytical Method
... obtained solutions of the systems of Ordinary differential equations by combined Laplace Transform-Adomian Decomposition method ...exact solutions of certain class of second order differential equations, ...
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Analytical and Numerical Solutions of the Rotor Flow in Tesla Turbines
... simplified, analytical performance prediction and flow field for a given geometry, which is based on an optimisation of performance by solving the simplified and incompressible Navier-Stokes-Equations in ...
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Structure of the zodiacal cloud: new analytical and numerical solutions
... Recent results of analytical and numerical modelling of the interplanetary dust (IPD) distribution are described. They have been obtained with a new techniques employing the continuity equation written in ...
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Analytical and Numerical Solutions for a Rotating Annular Disk of Variable Thickness
... the analytical and numerical solutions for rotating variable-thickness solid disk and numerical solution for rotating variable-thickness annular disk are ...different cases for the ...
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Analytical and numerical solutions for the time and space-symmetric fractional diffusion
... the analytical solution of the tss-fde in terms of the Mittag–Leffler ...two numerical meth- ods to approximate the Caputo time fractional derivative: the finite difference method; and the Laplace transform ...
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A method for numerical and analytical solutions to a class of nonlinear optimal control problems
... a numerical check of the accuracy is easily available and it seems to be the rule that only very few iterations are ...any numerical solution can ...
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A Review and Update of Analytical and Numerical Solutions of the Terzaghi One Dimensional Consolidation Equation
... 2. Analytical Method To solve this kind of first-order partial differential equation with respect to time and second-order with respect to space, we must combine two boundary conditions and initial condition for ...
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Diffusion models for the description of seedless grape drying using analytical and numerical solutions
... This suggests that the change of the internal structure caused by shrinkage also affects the effective mass diffu- sivity. A better model for the description of seedless grape drying, with pretreatment through dipping in ...
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Comparison of Analytical and Numerical Solutions of Fractional-Order Bloch Equations using Reliable Methods
... the numerical simulations results of the problem for α = ...the numerical results from the RVIM and the PECE method are still in good agreement for α = ...the numerical data which are quite close to ...
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Original Research Comparison of Analytical and Numerical Solutions for Steady, Gradually Varied Open-Channel Flow
... the case of rivers this this results from nat- ural bifurcations, in particular at deltaic mouths, like the Red River in Vietnam, the Ganges and the Mekong [1] as from hydrotechnical works ...
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Fire resistance of concrete-filled steel tube columns with preload:Part II: Numerical and analytical investigation
... 2.2.3 CFST under fire with preload From the comparisons made for the two special cases in Sections 2.2.1 and 2.2.2, it is clear that the proposed FE model can be used to simulate the mechanical behavior of ...
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A Numerical and Analytical Study of Detonation Diffraction
... shock reference frame. For case A (frames (a) and (d)), the velocity components do not change much across the contact discontinuity. However, the flow processed by the shock R has a slightly less degree of ...
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Analytical and numerical methods for the Riemann problem
... the analytical and numerical solutions to the Riemann problem, a class of boundary value problems for analytic functions, in a simply connected region Ω + with smooth boundary Γ = ∂Ω + in the complex ...
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Rotating Variable Thickness Inhomogeneous Cylinders: Part I—Analytical Elastic Solutions
... In this paper, the rotating fiber-reinforced viscoelastic hollow cylinder is analytically studied. The thickness of the cylinder, the elastic properties and density are taken to be functions in the radial coordinate. The ...
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Analytical and Numerical Solutions of Magnetohydrodymanic Flow ofaan Oldroyd 8-constanttFluid Arising in Wire Coating Analysis with
... an analytical study for wireccoating usinggOldroyd 8-constantffluid in a pressure type coating ...The analytical results are also verified by a numerical technique so called ND-Solve ...
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The Analytical and Numerical Solutions of Differential Equations Describing of an Inclined Cable Subjected to External and Parametric Excitation Forces
... The numerical solutions and chaotic re- sponse of this nonlinear system are ...resonance case which is the simultane- ous principal parametric resonance in the presence of 2:1 internal ...
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Reproducing Kernel Algorithm for the Analytical-Numerical Solutions of Nonlinear Systems of Singular Periodic Boundary Value Problems
... efficient analytical-numerical solutions to nonlinear systems of two point, second-order periodic boundary value problems with finitely many ...The analytical-numerical solutions ...
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Semi-analytical solutions for cubic
... 2 The semi-analytical model C514 Marchant [8] considered semi-analytical solutions for (1) with no precursor in a reaction diffusion cell. The Galerkin method was used to obtain an ode model, as an ...
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Numerical solutions for lunar orbits
... Abstract Starting from a variational formulation based on Hamilton’s Principle, the paper exploits the finite element technique in the time domain in order to solve orbital dynamic problems characterised by constrained ...
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