The second day of ECMI 2026 has begun, bringing participants back together for another day of scientific discussions and collaboration in Kaunas. Yesterday’s programme concluded
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Tag: applied mathematics
Kaunas. ECMI 2026 Officially Begins!
Today, we officially opened the ECMI 2026 Conference at Kaunas University of Technology (KTU). We are delighted to welcome participants from all over the world
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MOX. Mathematics for sustainable vertical farming: designing next-generation growing systems
SUSTAIN (SUbstrate and Systems of Trays for Agricultural INnovation) is a five-year project funded under the Italian Applied Sciences Fund (FISA 2024) programme of the
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Kaiserslautern. Call for Contributions for »Journal of Mathematics in Industry«: Topical Collection on Highly Flexible Slender Structures
We would like to draw your attention to the ongoing call for papers for a topical collection in the special issue of »Journal of Mathematics in Industry« (Springer Nature).
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Wrocław. Modelling lymphodynamics
The lymphatic system plays a crucial role in the human body. It is widely know for its immune function, including production of lymphocytes and filtering
Read moreWrocław. New Project Launch: Advancing Fault Detection via Cyclostationary Modelling (WEAVE-UNISONO)
Faculty of Pure and Applied Mathematics, Wrocław University of Science and Technology is pleased to highlight a significant new collaborative research initiative: “Advanced signal processing
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Wrocław. Predicting catastrophe bond coupons: machine learning models with climate-based features
In recent years, natural disasters have been occurring more frequently and with greater intensity, causing economic losses and increasing financial risks. This has encouraged financial
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Kaiserslautern. From Movement to Crash – How Mathematical Models Enable More Realistic Accident Simulations
In a traffic accident, it is not only the impact itself that determines possible injuries. The crash is often preceded by a highly dynamic situation: the vehicle brakes abruptly, occupants try to brace themselves or react reflexively to the acceleration. These movements change the posture and speed of the limbs and thus significantly influence the risk of injury at the moment of impact. This raises a key question for accident research: How can these movements be simulated realistically?
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Kaiserslautern. Quantum Research at Fraunhofer ITWM: Making Future Technology Usable for Industry
Quantum technologies are one of the most promising future technologies and are receiving a great deal of attention in the research landscape. Fraunhofer ITWM in Kaiserslautern focuses on Quantum Computing with the aim of using quantum processes to solve complex problems in science, business, and administration more efficiently. To transfer knowledge to the industry, the institute offers seminars for companies.
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Kaiserslautern. From CAD to Computation: Advanced Shell Analysis with (SB-)Isogeometric Methods
From complex architectural roofs to lightweight engineering structures, thin shells are everywhere in modern design. This blog post explores how advanced isogeometric and scaled-boundary methods can improve the numerical analysis of such structures while enabling flexible and efficient mesh generation.
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