Valentin Fütterling, Fraunhofer ITWM Title: Photo-realistic image synthesis with Path Tracing – An optimization problem? Abstract: Path tracing is a versatile, physically-based algorithm to generate photo-realistic images from virtual objects and environments. Applications are wide-spread in movie production, product design … Continue reading →

Thomas Economon, Aerospace Design Laboratory, Stanford University Title: Simulation-based Analysis and Design for Efficient Aerospace Systems Abstract: The aerospace industry regularly depends upon computational methods for analyzing and designing advanced aircraft, launch vehicles, or jet engines, for example. However, these … Continue reading →

Prof. Andreas Griewank, School of Mathematics and Computer Science, Yachay Tech Title: Optimality and convexity conditions for piecewise smooth objective functions Abstract: Any piecewise smooth function that is specified by an evaluation procedure involving smooth elemental functions and piecewise linear functions … Continue reading →

Max Sagebaum, SciComp Title: Current and future developments of the AD tool CoDiPack Abstract: One year after the first release of CoDiPack, the advancements of the tool in this time period are shown. The features are explained and use cases … Continue reading →

Joshua Billert, RHRK/SciComp Title: Performance beim HTTP – Beschleunigte Ladezeiten bei Webseiten durch technisch angepasste Templates Abstract: Diese Arbeit befasst sich mit verschiedenen Aspekten, welche die Ladezeit im Browser beeinflussen und liefert Lösungsansätze, um Webseiten performanter zu gestalten.

PD Dr. Gabor Janiga, Universität Magdeburg, Institut für Strömungstechnik und Thermodynamik (ISUT) Title: CFD-based flow optimization for engineering and medical applications Abstract: The present talk discusses various optimization problems based on Computational Fluid Dynamics (CFD) simulations. The application of stochastic … Continue reading →

Ole Burghardt, SciComp/Robert Bosch GmbH Title: Wärmeübergangsmodelle und –sensitivitäten an Fluid-Festkörper-Grenzflächen Abstract: Die Wärmeverteilung in einem Festkörper wird durch reine Wärmeleitung – das heißt, nach dem Fourierschen Gesetz durch die Temperaturgradienten – bestimmt, im Fluid hingegen auch durch die Konvektion … Continue reading →