Modern materials manufacturing has evolved toward a better control and optimization at the microscopic scale. Hence, microstructures commonly exhibit complex morphologies mixing various materials including
Read moreMonth: May 2018
Numerical models and homogenization to study the sensitivity of energetic materials: effect of damage and microstructure
Shock sensitivity is often studied in order to improve the safety of energetic materials (i.e., explosives). Numerous studies have shown that the former is sensitive
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A new Tenure track at the Centre for Mathematical Morphology
My name is Samy Blusseau and I started a Tenure track at the Centre for Mathematical Morphology (CMM) of Mines ParisTech in March. I had
Read more139 European Study Group with Industry
139 ESGI-European Study Group with Industry–, jointly organized by the Technological Institute for Industrial Mathematics (ITMATI) and Spanish Network for Mathematics & Industry (math-in), will
Read moreThe Era of Mathematics – Review Findings on Knowledge Exchange in the Mathematical Sciences Published
A new report was launched recently at the House of Lords; the Era of Mathematics – an Independent Review of Knowledge Exchange in the Mathematics “We
Read moreMACSI wins a Knowledge Transfer Ireland Research Impact Award for a Second Year in a Row!
A Project led by MACSI PhD Student Kevin Brosnan with Drs David O’Sullivan and Kevin Burke was awarded the 2018 Knowledge Transfer Ireland Research Consultancy Impact Award. The
Read moreInferring the Structure of Galaxies with Deep Convolutional Neural Networks
The popular and beautiful galaxy images provided from telescopes like the NASA’s Hubble Space Telescope or the Sloan Digital Sky Survey, enabled astronomers to a
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A PhD in the DAAD Program “Mathematics in Industry and Commerce”
Agent Based Modeling of Spatially Inhomogeneous Host-Vector Disease Transmission In recent years disease transmission has been studied intensively. In these models, disease transmission represents
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DYMARA – A dynamic manikin with fiber-based modeling of skeletal muscles
This project aims at the development of a fiber-based modeling approach for the behavior of muscles within the musculoskeletal system. Supported by the German Federal
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Flow of Blood: Coupling hyperbolic PDEs with switched DAEs
Modeling the flow of blood in the human circulatory system is a challenging task involving many mathematical aspects. In this joined project of the TU
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