Continuing the discussion of the multi-adaptive Galerkin methods mcG(q) and mdG(q) presented in [A. Logg, SIAM J. Sci. Comput., 24 (2003), pp. 1879-1902], we present adaptive algorithms for global error control, iterative solution methods for the discrete equations, features of the implementation Tanganyika, and computational results for a variety of ODEs. Examples include the Lorenz system, the solar system, and a number of time-dependent PDEs
This work is devoted to the study of a posteriori error estimation and adaptivity in parabolic probl...
To simulate real world problems modeled by differential equations, it is often not sufficient to co...
Abstract — This paper gives an overview of adaptive discretization methods for lin-ear second-order ...
Abstract. Continuing the discussion of the multi-adaptive Galerkin methods mcG(q) and mdG(q) present...
We present multi-adaptive versions of the standard continuous and discontinuous Galerkin methods for...
In this report we present a multi-adaptive continuous Galerkin method for the solution of initial va...
Time integration of ODEs or time-dependent PDEs with required resolution of the fastest time scales ...
Abstract. Time integration of ODEs or time-dependent PDEs with required resolution of the fastest ti...
Multi-adaptive Galerkin methods are extensions of the standard continuous and discontinuous Galerkin...
The multiadaptive continuous/discontinuous Galerkin methods mcG(q) and mdG(q) for the numerical solu...
Abstract. The multiadaptive continuous/discontinuous Galerkin methods mcG(q) and mdG(q) for the nume...
AbstractWe present a general method for error control and mesh adaptivity in Galerkin finite element...
This thesis focuses on the development of adaptive multiresolution-based discontinuous Galerkin sche...
We present practical strategies for residual-based error control in solving ordinary differential eq...
After introduction of the model problem we derive its weak formulation, show the existence and the u...
This work is devoted to the study of a posteriori error estimation and adaptivity in parabolic probl...
To simulate real world problems modeled by differential equations, it is often not sufficient to co...
Abstract — This paper gives an overview of adaptive discretization methods for lin-ear second-order ...
Abstract. Continuing the discussion of the multi-adaptive Galerkin methods mcG(q) and mdG(q) present...
We present multi-adaptive versions of the standard continuous and discontinuous Galerkin methods for...
In this report we present a multi-adaptive continuous Galerkin method for the solution of initial va...
Time integration of ODEs or time-dependent PDEs with required resolution of the fastest time scales ...
Abstract. Time integration of ODEs or time-dependent PDEs with required resolution of the fastest ti...
Multi-adaptive Galerkin methods are extensions of the standard continuous and discontinuous Galerkin...
The multiadaptive continuous/discontinuous Galerkin methods mcG(q) and mdG(q) for the numerical solu...
Abstract. The multiadaptive continuous/discontinuous Galerkin methods mcG(q) and mdG(q) for the nume...
AbstractWe present a general method for error control and mesh adaptivity in Galerkin finite element...
This thesis focuses on the development of adaptive multiresolution-based discontinuous Galerkin sche...
We present practical strategies for residual-based error control in solving ordinary differential eq...
After introduction of the model problem we derive its weak formulation, show the existence and the u...
This work is devoted to the study of a posteriori error estimation and adaptivity in parabolic probl...
To simulate real world problems modeled by differential equations, it is often not sufficient to co...
Abstract — This paper gives an overview of adaptive discretization methods for lin-ear second-order ...