Workshop: Mathematical methods for explainable AI

A workshop of the ECMI Special Interest group Mathematics for Big Data and Artificial Intelligence Organized by Alessandra Micheletti (Univ. of Milan), Nataša Krejić (Univ.

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Barcelona. Capturing environmental contaminants in Barcelona

The Industrial Mathematics Research Group at the Centre de Recerca Matemàtica has slowly been evolving into the Environmental Mathematics Research Group and grown to encompass

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Production line for lithium battery cells for the automotive or e-bike industry.

Kaiserslautern. Simulation of the Production of Lithium-Ion Cells and Battery Packs

Large battery factories are being built in many places in Europe to meet the demand for cells. As this production is very space-, energy- and time-intensive, it is important to design the production processes as efficiently as possible without negatively affecting the product properties of the battery cells. This is where our researchers at the Fraunhofer ITWM provide support with physical simulation models for specific process steps. 

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The digital human model IPS IMMA takes a short break in the vehicle. EMMA helps to answer the question of how to assess comfort under dynamic driving manoeuvres even in such relaxed postures.

Kaiserslautern. EMMA4Drive – Dynamic Human Model for More Safety and Comfort in Autonomous Vehicles

With the EMMA4Drive project, our researchers of the Fraunhofer Institute for Industrial Mathematics ITWM are further developing the dynamic human model EMMA for use in fully or partially autonomous driving vehicles.

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Trondheim. Geophysical data inversion in a probabilistic setting

Geophisical data inversion is crucial for understanding properties of the subsurface.
The vision in this projects has been to
– provide creative mathematically based solutions to recognized challenges in reservoir evaluation,
– develop methodologies for analysis of spatial and spatio-temporal phenomena.

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Darmstadt. Advancing Electric Motor Design through novel Optimisation Techniques

Electric machines are a key technology for energy conversion and decarbonisation of the electric grid. This emphasizes the importance of simulation and optimization tools for

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Darmstadt. Low-Frequency Stability in Electroquasistatic Simulations

In the industrial design process of high-voltage equipment, the simulation of electroquasistatic problems is frequently applied. One example of such a case are insulators (see

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Darmstadt. Multiphysical Simulation and Optimisation for Magnetocaloric Refrigeration 

Refrigeration has a remarkable and often underestimated impact on global warming: globally, about 20% of the total electric energy is used for refrigeration. Additionally, conventional

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Darmstadt. Towards a Computational Electric Machine Laboratory

TU Darmstadt, TU Graz, JKU Linz and RICAM (ÖAW) collaborate in the first German-Austrian Collaborative Research Centre/Transregio CREATOR – Computational Electrical Machine Laboratory (TRR361/F90). It is funded

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SIEMENS is new ECMI industrial partner

From May 2023 on ECMI very warmly welcomes Siemens AG, Technology, Simulation & Digital Twin, as a new industrial member. Siemens AG is a multi-national

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