Problems with the b-Boundary Approach
A Method of Moment Approach in Solving Boundary Value Problems
... solving boundary value problems where differential equations are ...the approach and present the simplicity of the ...this approach can be introduced along with other methods, and can be ...
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On a new approach to the study of plane boundary-value problems
... whose boundary components is C, can be mapped with a conformal mapping onto a circular ring R and the inverse mapping − 1 : → ℜ R maps ra- dial lines in R onto suitable Jordan arcs J ζ and centered circles in R ...
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New Numerical Approach for Solving Fuzzy Boundary Value Problems
... A fuzzy neural network or neuro-fuzzy system is a learning machine that finds the parameters of a fuzzy system ( i.e., fuzzy set, fuzzy rules ) by exploiting approximation techniques from neural networks. Combining fuzzy ...
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Haar Wavelet Quasilinearization Approach for Solving Nonlinear Boundary Value Problems
... Keywords: Haar Wavelets, Quasilinearization Technique, Haar Collocation Method, Boundary Value Problems 1. Introduction Wavelets are mathematical tools that cut up data, func- tions or operators into ...
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A numerical approach to nonlinear two-point boundary value problems for ODEs
... nonlinear boundary conditions, is given in terms of first-order systems of ODEs (see [ 7 , 8 ...Keller’s approach (see [ 7 ]) in which the consistency and convergence of the finite difference scheme is ...
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A new approach for a class of nonlinear boundary value problems with multiple solutions
... and B = 0.2, we apply the present approach to detect the dual solutions of the problem if the case consists of P = 0, A = ...and B = 0.2. According to the initial con- ditions (2.7) the ...
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Accurate splitting approach to characterize the solution set of boundary layer problems
... The boundary layer (BL) is an important concept and refers to the layer of fluid in the immediate vicinity of a bounding surface where the effects of viscosity are ...appropriate boundary conditions, displays ...
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A New Analytical Approach for Solving Nonlinear Boundary Value Problems in Finite Domains
... analytical approach for solving the follow- ing type of nonlinear boundary value problems in finite ...value problems in finite domain are used to illustrate the validity of the proposed ...
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A numerical approach for the solution of a class of singular boundary value problems arising in physiology
... new approach based on the operational matrix of derivative of the orthonormal Bernoulli polynomials for the numerical solution of a class of singular boundary value problems arising in ...such ...
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Collocation Method for Ninth Order Boundary Value Problems by Using Sextic B splines
... 2. JUSTIFICATION FOR USING COLLOCATION METHOD In finite element method (FEM) the approximate solution can be written as a linear combination of basis functions which constitute a basis for the approximation space under ...
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Boundary value problems with eigenvalue-dependent boundary and transmission conditions
... own approach, we construct modified Hilbert spaces and a linear operator in them in such a way that the considered problem can be interpreted as a spectral problem for this ...
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Boundary value problems with regular singularities and singular boundary conditions
... of boundary value problems. We mention that the approach presented in this paper can serve as a basis for various investigations connected with the spectral theory of Sturm-Liouville equations (and ...
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Variational approach to anti-periodic boundary value problems involving the discrete p-Laplacian
... Full list of author information is available at the end of the article Abstract Using critical point theory, we obtain the existence and multiplicity of nonzero solutions to anti-periodic boundary value ...
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Compact Finite Difference Schematic Approach For Linear Second Order Boundary Value Problems
... order boundary value ...difference approach to solve the same ...order boundary value problems as compared to the finite difference ...
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An approach for solving singular two point boundary value problems: analytical and numerical treatment
... where at least one of the functions p(x), q(x) and r(x) has a singular point and a, b, α and β are finite constants. Equation ( 1 ) is used to model several phenomena in important physics and engineering ...
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On the Performance of Haar Wavelet Approach for Boundary Value Problems and Systems of Fredholm Integral Equations
... and boundary value problems (BVP) representation of integral ...test problems whose exact solutions are known were considered to measure the performance of Haar ...
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Numerical Solution of Eighth Order Boundary Value Problems by Galerkin Method with Quintic B splines
... Gelerkin approach with quintic B-splines as basis functions to solve the eighth order two point boundary value problems of the type ...quintic B-splines as basis functions is ...
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Numerical Solution of Eighth Order Boundary Value Problems by Galerkin Method with Septic B-splines
... Gelerkin approach with septic B- splines as basis functions to solve the eighth order two point boundary value problems of the type ...septic B-splines as basis functions is ...septic ...
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EXACT SOLUTIONS OF BOUNDARY-VALUE PROBLEMS
... nonlocal boundary conditions, in order to find their solutions in an explicit ...our approach is in common use of a combination of the Fourier method and an extension of the Duhamel principle to the space ...
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Septic B Spline Solution of Fifth Order Boundary Value Problems
... septic B-spline function is presented for the solution of linear and nonlinear fifth-order boundary value ...nonlinear problems to linear problems and use B-spline collocation method, ...
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