One of the most captivating questions of our time is: What is the world made of, and what holds it together? Quantum Chromodynamics (QCD) endeavors to
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Category: Successful projects
Short observation series and geostatistical methods improve Norwegian mean annual runoff maps.
By Thea Roksvåg and Ingelin Steinsland Norwegian Computing Center and NTNU The mean annual runoff is a key variable in Hydrology. Runoff can be defined
Read moreCable Simulation @ ITWM & FCC
Since 2005 ITWM and FCC collaborate on mathematical modeling and interactive simulation of cables and hoses. Our main application area is virtual product realization in
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Developing an artificial intelligence algorithm to reduce the operating costs of offshore wind turbine structures
The Iberdrola Foundation has awarded one of the Grants for Research in Energy and the Environment to Vincenzo Nava, a researcher at the Basque Center
Read moreGivEn -Shape Optimization for Gas Turbines in Volatile Energy Networks: New Overview Paper
The project GivEn: Shape Optimization for Gas Turbines in Volatile Energy Networks, financed by the BMBF (09/2017-12/2020) has recently published an overview paper with contributions
Read moreNew Book on Nanoeletronic Coupled Problems Solutions
The EU-funded research project fp7-nanoCOPS (Nanoeletronic Coupled Problems Solutions, 2013-2016) published an overview of outcomes in October 2019. The book has been published by Springer
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BIGMATH: Mathematical morphology for the prediction of face expression transition
My name is Rongjiao Ji, I am currently a first-year PhD student in the PhD school in Mathematical Sciences, Universita’ degli Studi di Milano (Italy),
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From data mining to railway embankment excavating
Mathematical logic emerged from the need to find out the basics and limits of exact reasoning. Mathematics is by nature unambiguous and consistent and follows
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TRR154: Mathematical Modelling, Simulation, and Optimization for Gas Networks
Natural gas plays an important role in Germany’s strategy for the transition of energy production to renewable sources and the simultaneous exit from nuclear power,
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Modeling, Simulation and Optimization for CERN’s Quench Protection System
The STEAM (Simulation of Transient Effects in Accelerator Magnets) project is using modeling, simulation and optimization to protect CERN’s magnets from quenching
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