A novel technique for coupling three dimensional mesh adaptation with an a posteriori error estimator

R. Heinzl, M. Spevak, P. Schwaha, T. Grasser
Research in Microelectronics and Electronics, 2005 PhD  
We present a novel error estimation driven threedimensional unstructured mesh adaptation technique based on a posteriori error estimation techniques with upper and lower error bounds. In contrast to other work [1, 2] we present this approach in three dimensions using unstructured meshing techniques to potentiate an automatically adaptation of three-dimensional unstructured meshes without any user interaction. The motivation for this approach, the applicability and usability is presented with
more » ... s presented with real-world examples.
doi:10.1109/rme.2005.1543039 fatcat:ebgs774yczgolawbeinfxderzi