High Performance Computing Techniques for the FEM Simulation in Structural Mechanics

Adaptivity techniques in High Performance FEM Simulation

During the last years, tremendous progress has been achieved in the development of methods for a posteriori error control and grid adaptation related to numerical methods for solving Partial Differential Equations (PDEs). It turned out that sophisticated adaptivity techniques are a key ingredient for fast and reliable numerical simulations. Hereby, the emphasis has been put on methods utilising...

High Performance FEM Simulation

Processor technology is still dramatically advancing and promises further enormous improvements in processing data for the next decade. On the other hand, much lower advances in moving data are expected such that the efficiency of many numerical software tools for Partial Differential Equations (PDEs) is restricted by the cost for memory access. In this article, we briefly discuss concepts for ...

High-Performance Computing Techniques for Record Linkage

The task of linking together information from one or more data sources representing the same entity (patient, customer, provider, business, etc.) If no unique identifier is available, probabilistic linkage techniques have to be applied Applications of record linkage Remove duplicates in a data set (internal linkage) Merge new records into a larger master data set Create patient oriented statist...

Techniques for Optimizing Applications: High Performance Computing

High Performance FEM Simulation in CFD and CSM

Processor technology is still dramatically advancing and promises further enormous improvements in processing data for the next decade. In contrast, much lower advances in moving data are expected such that the efficiency of many numerical software tools for Partial Differential Equations (PDEs) is restricted by the cost for memory access. In last year’s Research Report [7] we outlined the nume...