GeoDict Applications
Resolve scientific questions with GeoDict®
GeoDict offers innovative solutions for a wide range of scientific questions, in industrial and academic settings, by combining application-oriented modules.
"GeoDict Applications" provide insights into approaches to concrete tasks in material research and development. The simulation approach and the achieved results shown here are based on real projects with partners from the corresponding application areas.
For more in-depth questions, our experts are ready to assist you.
Liquid impregnation of fiber fabrics
Subject: Composites
Authors:
Dr.-Ing. Martina Hümbert, Aaron Widera, M.Sc., and Dr.-Ing. Oliver Rimmel (Math2Market GmbH)
Simulation of two-phase flow under consideration of the entire hysteresis cycle
Subject: Digital Rock Physics & Digital Core Analysis
Authors:
Dr. Arne Jacob, Dr. Christian Hinz (Math2Market GmbH)
CO2-sequestration techniques and storage mechanisms
Subject: Digital Rock Physics
Authors:
Dr. Arne Jacob (Math2Market GmbH)
Analysis of a Long Fiber Reinforced Thermoplastic
Subject: Composites
Authors:
Dr.-Ing. Marina Hümbert, Andreas Grießer, M.Sc., Dr.-Ing. Oliver Rimmel (Math2Market GmbH)
Experimentally validated simulation of strain-induced battery aging
Subject: Batteries
Authors:
Prof. Dr. Vanessa Wood (ETH Zurich),
Dr. Ilona Glatt, Dr. Anja Streit (Math2Market GmbH)
Compression of an aluminum foam
Subject: Foams
Authors:
Luke Hunter, M.Sc. and Wesley de Boever, PhD (Tescan GmbH),
Dr.-Ing. Martina Hümbert, Andreas Grießer, M.Sc., and Dipl.-Math. Sebastian Rief (Math2Market GmbH)
Simulation of filter media for protective face masks
Subject: Filtration
Authors:
Dr.-Ing. Mehdi Azimian, Dr. Philipp Eichheimer, Dr. Barbara Planas (Math2Market GmbH)
