On the flow of a viscous thin layer on an inclined solid plane driven by a constant surface tension gradient
Abstract Steady flow of a thin layer (trickle, rivulet) of viscous fluid down an inclined surface is considered, via a…
Read MoreGlobal Random Walk simulations of diffusion
Abstract Random walk methods are suitable to build up convergent solutions for reaction-diffusion problems and were successfully applied to simulations of…
Read MoreInexact perturbed Newton methods and applications to a class of Krylov solvers
Abstract Inexact Newton methods are variant of the Newton method in which each step satisfies only approximately the linear system…
Read MoreOn accelerating the convergence of the successive approximations method
Abstract No q-superlinear convergence to a fixed point \(x^\ast\) of a nonlinear mapping \(G\) may be attained by the successive approximations when…
Read MoreA Halley-Aitken-type method for approximating the solutions of scalar equations
Abstract We are concerned with the approximation of the solution of scalar equations by Halley-Aitken method. We obtain local convergence…
Read MoreOn some Aitken-Steffensen-Halley-type method for approximating the roots of scalar equations
Abstract We extend the Aitken-Steffensen method to the Halley transformation. Under some rather simple assumptions we obtain error bounds for…
Read MoreOn a Halley-Steffensen method for approximating the solutions of scalar equations
Abstract We show that the Steffensen method for solving the scalar equation \(f(x)=0\), applied to equation \(h(x)=\frac{f(x)}{\sqrt{f'(x)}}=0\), leads to bilateral…
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