[HTML][HTML] A RBF partition of unity collocation method based on finite difference for initial–boundary value problems
Meshfree radial basis function (RBF) methods are popular tools used to numerically solve
partial differential equations (PDEs). They take advantage of being flexible with respect to …
partial differential equations (PDEs). They take advantage of being flexible with respect to …
Coupling RBF-based meshless method and Landweber iteration algorithm for approximating a space-dependent source term in a time fractional diffusion equation
AHS Shayegan - Journal of Computational and Applied Mathematics, 2023 - Elsevier
The problem of determining a space-dependent source term in a time fractional diffusion
equation is considered from the measured data at the final time. To find an approximation of …
equation is considered from the measured data at the final time. To find an approximation of …
On the convergence analysis and stability of the RBF-adaptive method for the forward-backward heat problem in 2D
S Banei, K Shanazari - Applied Numerical Mathematics, 2021 - Elsevier
The ill-posedness of the forward-backward heat problem arises in boundary layer problems,
fluid dynamics, plasma physics, astrophysics and the study of propagation of an electron …
fluid dynamics, plasma physics, astrophysics and the study of propagation of an electron …
Adaptive residual refinement in an RBF finite difference scheme for 2D time-dependent problems
The current study introduces a fast and accurate method based on a novel adaptive
meshfree technique to solve time-dependent partial differential equations with solutions …
meshfree technique to solve time-dependent partial differential equations with solutions …
An RBF-PUM finite difference scheme for forward–backward heat equation
G Garmanjani, S Banei, K Shanazari… - Computational and Applied …, 2023 - Springer
In this paper, a truly meshless method based on the partition of unity method (PUM) is
developed for the numerical solution of the two-dimensional forward–backward heat …
developed for the numerical solution of the two-dimensional forward–backward heat …