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[PDF] Top 20 A Monte Carlo method for solving the one-dimensional telegraph equations with boundary conditions

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A Monte Carlo method for solving the one-dimensional telegraph equations with boundary conditions

A Monte Carlo method for solving the one-dimensional telegraph equations with boundary conditions

... For the FDTD simulations in Fig. 9 we have considered two values of the time step: 1) cΔt = ...to the so called ”magic time step”, and 2) cΔt = 0.5Δx. The magic time step was avoided on ... See full document

28

Application of meshless local radial point interpolation (MLRPI) on generalized one-dimensional linear telegraph equation

Application of meshless local radial point interpolation (MLRPI) on generalized one-dimensional linear telegraph equation

... schemes with high accuracy for numerical solutions of the one and two-dimensional tele- graph equations with Dirichlet boundary ...respectively. The coefficient ... See full document

13

Source points placement in the method of fundamental solutions for parabolic problems / Colocação de pontos de fonte no método de soluções fundamentais para problemas parabólicos

Source points placement in the method of fundamental solutions for parabolic problems / Colocação de pontos de fonte no método de soluções fundamentais para problemas parabólicos

... paper, the placement of the source points for Method of Fundamental Solutions in one- dimensional parabolic partial differential equations is evaluated for two different ... See full document

12

An Optimized Numerical Method for Solving the Two-Dimensional Impedance Equation

An Optimized Numerical Method for Solving the Two-Dimensional Impedance Equation

... numerical method for solving the forward problem of the two-dimensional Impedance ...of the modern Pseudoanalytic Function Theory, its performance is tested employing sinusoidal ... See full document

6

On elliptic problems with a nonlinearity depending on the gradient

On elliptic problems with a nonlinearity depending on the gradient

... to the Neumann problem can be found in paper ...to the case where a nonlinearity depends on the ...operators with more general nonlinearities with f ∈ L 1 (Ω) ... See full document

15

Braz. J. Phys.  vol.32 número2A

Braz. J. Phys. vol.32 número2A

... The steady state hole transport properties of GaSb were investigated by the Ensemble Monte Carlo.. method (EMC).[r] ... See full document

3

On the Pseudo-Spectral Method of Solving Linear Ordinary Differential Equations

On the Pseudo-Spectral Method of Solving Linear Ordinary Differential Equations

... differential equations can be solved analytically, to overcome this problem, there is need to search for an accurate approximate ...Approach: The objective of this study was to find an accurate ... See full document

5

Probabilistic constraint reasoning with Monte Carlo integration to Robot Localization

Probabilistic constraint reasoning with Monte Carlo integration to Robot Localization

... Este trabalho estuda a combinação de raciocínio seguro e probabilístico através da hibridação de técnicas de integração de Monte Carlo com programação por restrições em domínios contínuos. Na programação ... See full document

100

SAGE CALCULATIONS OF THE TSUNAMI THREAT FROM LA PALMA

SAGE CALCULATIONS OF THE TSUNAMI THREAT FROM LA PALMA

... of the character of the wave is obtained from a graphic rendering of density at a time early in the calculation ...of the computational domain; the box extends to the right out ... See full document

14

Unsteady Similarity Solution of Free convective boundary layer flow over porous plate with variable properties considering viscous dissipation and Slip Effect

Unsteady Similarity Solution of Free convective boundary layer flow over porous plate with variable properties considering viscous dissipation and Slip Effect

... In the recent years free convective boundary layer flows have a great interest from both theoretical and practical point of views because of its vast and significant applications in cosmic fluid dynamics ... See full document

6

Reduced Differential Transform Method for Solving Klein Gordon Equations

Reduced Differential Transform Method for Solving Klein Gordon Equations

... transform method (RDTM) is implemented for solving the linear and nonlinear Klein Gordon ...equations. The approximate analytical solution of the equation is calculated in ... See full document

5

A FINITE VOLUME METHOD FOR SOLVING GENERALIZED NAVIER-STOKES EQUATIONS

A FINITE VOLUME METHOD FOR SOLVING GENERALIZED NAVIER-STOKES EQUATIONS

... keywords : generalized Navier-Stokes equations, pseudo-plastic fluids, finite volume methods, admissible primal-dual mesh, discrete derivatives operators, discrete Hodge formula.. ∗ Acce[r] ... See full document

19

Lat. Am. j. solids struct.  vol.13 número10

Lat. Am. j. solids struct. vol.13 número10

... are the two main strand tension control methods. The direct method involves performing direct measurement using load measurement devices, whereas the indirect method performs an ... See full document

13

Braz. J. Phys.  vol.30 número4

Braz. J. Phys. vol.30 número4

... We propose an improvement of a Monte Carlo method designed to treat the Ising model in a eld.. [C.[r] ... See full document

3

Analytical Solutions of the Navier-Stokes Model by He's Polynomials

Analytical Solutions of the Navier-Stokes Model by He's Polynomials

... of the Navier-Stokes model. These solutions are calculated in the form of series with easily computable ...gives the exact solution of the solved problems with less computational ... See full document

4

Comparison between Empirical Correlation and Computational Fluid Dynamics Simulation for the Pressure Gradient of Multiphase Flow

Comparison between Empirical Correlation and Computational Fluid Dynamics Simulation for the Pressure Gradient of Multiphase Flow

... - The objective of this research is to compare the use of empirical correlation with Computational Fluid Dynamics (CFD) simulation in determining the pressure gradient in two-phase flow ... See full document

5

EFFICIENT NUMERICAL METHOD FOR SOLUTION OF BOUNDARY VALUE PROBLEMS WITH ADDITIONAL CONDITIONS

EFFICIENT NUMERICAL METHOD FOR SOLUTION OF BOUNDARY VALUE PROBLEMS WITH ADDITIONAL CONDITIONS

... by the manufacturer), average values of effective diffusivities and three feed compositions 30M45W125N (yMs=15 mol%, yHs=0), 30M60W100N10H (yMs=15 mol%, yHs=5 mol%) and 30M60W110H (yMs=15 mol%, yHs=55 ...presented ... See full document

11

Simulations of a typical CMOS amplifier circuit using the Monte Carlo method

Simulations of a typical CMOS amplifier circuit using the Monte Carlo method

... In the present paper of Microelectronics, some simulations of a typical circuit of amplification, using a CMOS transistor, through the computational tools were ...observe the results, which are ... See full document

3

Optimal Boundary Control of the Incompressible Fluid Problems in Rotation form

Optimal Boundary Control of the Incompressible Fluid Problems in Rotation form

... Here the divergence-free vector field v again denotes the approximate velocity from the previous Picard ...when the “wind" function v is irrotational ( ∇ × ν = 0) ...to the Stokes ... See full document

9

A New Polynomial Method for Solving Fredholm –Volterra Integral Equations

A New Polynomial Method for Solving Fredholm –Volterra Integral Equations

... obtain the fast solutions problems of science and engineering. The main characteristic behind in this technique is that it reduces these problems to those of solving a system of linear /nonlinear ... See full document

10

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