A unified formulation of splitting-based implicit time integration schemes
Splitting-based time integration approaches such as fractional step, alternating direction
implicit, operator splitting, and locally one dimensional methods partition the system of …
implicit, operator splitting, and locally one dimensional methods partition the system of …
[HTML][HTML] Boundary corrections for splitting methods in the time integration of multidimensional parabolic problems
This work considers two boundary correction techniques to mitigate the reduction in the
temporal order of convergence in PDE sense (ie, when both the space and time resolutions …
temporal order of convergence in PDE sense (ie, when both the space and time resolutions …
[HTML][HTML] Convergence in the maximum norm of ADI-type methods for parabolic problems
Results on unconditional convergence in the maximum norm for ADI-type methods, such as
the Douglas method, applied to the time integration of parabolic problems are quite difficult …
the Douglas method, applied to the time integration of parabolic problems are quite difficult …
[PDF][PDF] Computational Science Laboratory Report CSL-TR-21-3 September 21, 2021
Splitting-based time integration approaches such as fractional step, alternating direction
implicit, operator splitting, and locally one dimensional methods partition the system of …
implicit, operator splitting, and locally one dimensional methods partition the system of …
Convergence in the maximum norm of ADI-type methods for parabolic problems
Results on unconditional convergence in the Maximum norm for ADI-type methods, such as
the Douglas method, applied to the time integration of semilinear parabolic problems are …
the Douglas method, applied to the time integration of semilinear parabolic problems are …