We describe and test an adaptive algorithm for evolution problems that employs a sequence of “blocks” consisting of fixed, though nonuniform, space meshes.

Abstract. We describe and test an adaptive algorithm for evolution problems that employs a sequence of. “blocks” consisting of fixed, though non-uniform, ...

Abstract. We explore the use of adaptive algorithms for evolution problems that employ a sequence of. “blocks” consisting of fixed, though non-uniform, ...

We describe and test an adaptive algorithm for evolution problems that employs a sequence of "blocks" consisting of fixed, though non-uniform, space meshes.

We describe and test an adaptive algorithm for evolution problems that employs a sequence of "blocks" consisting of fixed, though nonuniform, space meshes.

Blockwise Adaptivity for Time Dependent Problems Based on Coarse Scale Adjoint Solutions · Carey, V. · Estep, D. · Johansson, A. · Larson, M. · Tavener, S.

Blockwise Adaptivity for Time Dependent Problems Based on Coarse Scale Adjoint Solutions. Authors: V. Carey, D. Estep, A. Johansson, M. G. Larson and S.

A major issue with a block adaptive approach is determining block discretizations from coarse scale solution information that achieve the desired accuracy. We ...

2019. Blockwise adaptivity for time dependent problems based on coarse scale adjoint solutions. V Carey, D Estep, A Johansson, M Larson, S Tavener. SIAM ...

The project-related papers are: 1. Blockwise adaptivity for time dependent problems based on coarse scale adjoint solutions, V. Carey, D ...