Speaker: Alexander Pletzer, New Zealand eScience Infrastructure (NeSI) and National Institute for Water and Atmospheric research (NIWA)
The need to preserve physical properties such as div curl = 0 has led to the development of "mimetic" discretization methods (e.g.
Speaker: Professor Gongsheng Li, Shandong University of Technology
In this talk, we give an introduction to the fractional anomalous diffusion models and related inverse problems.
Speaker: Dr Prabhu Manyem, College of Science Nanchang Institute of Technology Nanchang, China
Speaker: David Stewart (The University of Iowa)
Some dynamic systems have hard constraints that need to be modeled as inequalities.
Speaker: Robert Saye (Computational Research Division, Lawrence Berkeley National Laboratory)
A panoply of fluid dynamics problems involve surface, boundary, and interface motion playing a pivotal role in the global dynamics.
Speaker: Dirk Pflüger (Universität Stuttgart)
In our group, we have successfully used and improved adaptive sparse grids for a range of higher-dimensional applications.
Speaker: Tobias Neckel (Technical University of Munich)
In the field of scientific computing, random effects become increasingly important to allow for an accurate modelling of realistic effects.
Speaker: Mr Julian Valentin (University of Stuttgart)
When working with high-dimensional problems, one has to deal with the "curse of dimensionality": The complexity of a problem grows exponentially with the nu
Speaker: Dr John Jakeman (Sandia National Laboratories, Albuquerque)
This talk will present an overview of the challenges that arise when designing advanced aircraft nozzles in the presence of uncertainty.
Speaker: Dr David Ham (Faculty of Natural Sciences, Department of Mathematics, Imperial College, London)
The simulation of physical systems by numerically computing approximate solutions to partial differential equations is a core tool of modern science, from e