Workshop Objective:

This workshop aims to bring together experts on meshing from the computational geometry and finite element communities. The topic of meshing is of core interest to both communities, but communication between the two communities can be significantly improved. We note that the finite element community has extensive experience building meshes in 3D and lower-dimensional spaces for engineering applications. However, these efforts are often customized to the particular dimension of interest, and are carried out on a ‘case-by-case’ basis. In contrast, the computational geometry community has focused on dimensionally-independent algorithms and theoretical results, but has often neglected to explicitly construct highly optimized implementations of their algorithms for particular applications. This workshop is meant to start building bridges between the two communities, with a specific focus on 4D/space-time applications, because many open questions remain in this area. In particular, the following research topics require further exploration:

Although our primary focus is on space-time meshing, we are also open to contributed talks that either focus on arbitrary dimensional meshes and/or lower dimensional results that allow for interesting generalizations into 4 or higher dimensions.

Workshop Schedule: