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Dariusz Mazurkiewicz
Project value: 999.851,60 PLN
Funds granted for Lublin University of Technology: 645 673,60 PLN
Funds granted for Bialystok University of Technology: 169 378,00 PLN
Funds granted for Rzeszow University of Technology: 184 800,00 PLN
Abstract: Recognizing the essence of the challenges arising from the presented research and development priorities, the consortium partners prepared a project aimed at developing an innovative measurement (...)
https://msn2024.pollub.pl/research/projects/ministry-of-science-and-higher-education/polish-metrology/innovative-measurement-technologies-supported
Jakub Rzeczkowski
Project value: 1 339 560,00 PLN
Funds granted for Lublin University of Technology: 1 339 560,00 PLN
Abstract: The main scientific goal of the project is experimental and numerical study on influence of elastic couplings phenomena and boundary conditions on delamination process in multidirectional laminates subjected to the anti-plane shear loading.
https://msn2024.pollub.pl/research/projects/national-science-centre/sonata/analysis-of-the-antiplane-shear-fracture-of-elastically-coupled
Adam Zwoliński
Project value: 49 500,00 PLN
Funds granted for Lublin University of Technology: 49 500,00 PLN
Abstract: The aim of this research is to systematically evaluate how the direction and sequence of layer deposition influence the mechanical property anisotropy of components manufactured via Wire Laser Metal Deposition (WLMD) using 4XXX series aluminum alloys, specifically AlSi10Mg.
https://msn2024.pollub.pl/research/projects/national-science-centre/miniatura/assessment-of-the-influence-of-layer-deposition-direction-and
Łukasz Klapiszewski
Project value: 2 660 307,00 PLN
Funds granted for Lublin University of Technology: 1 454 898,00 PLN
Funds granted for Poznań University of Technology: 1 205 409,00 PLN
Abstract: Approximately 90% of road pavements are asphalt mixtures.
https://msn2024.pollub.pl/research/projects/national-science-centre/opus/a-new-generation-of-environmentally-friendly-two
Joanna Styczeń
Project value: 198 132,00 PLN
Funds granted for Lublin University of Technology: 198 132,00 PLN
Abstract: The project falls thematically within the discipline of Civil Engineering and Transportation.
https://msn2024.pollub.pl/research/projects/national-science-centre/preludium/mechanism-and-products-of-alite-hydration
Łukasz Kłoda
Project value: 210 000,00 PLN
Funds granted for Lublin University of Technology: 210 000,00 PLN
Abstract: DESCRIPTION FOR THE GENERAL PUBLIC The development of modern structures requires scientific description of more and more accurate mathematical models.
https://msn2024.pollub.pl/research/projects/national-science-centre/preludium/nonlinear-dynamics-of-a-geometrically-exact-hinged-simply
Patryk Jakubczak
Project value: 768.000,00 PLN
Funds granted for Lublin University of Technology: 768.000,00 PLN
Abstract: Innovative fiber metal laminates based on titanium in combination with polymer matrix composites reinforced with glass and carbon fiber are the focus of attention of the world's major scientific bodies, although their manufacturing and essential properties are studied by few teams in this country and abroad.
https://msn2024.pollub.pl/research/projects/national-science-centre/sonata/mechanisms-of-failure-expansion-and-changes-of-strength
Krzysztof Ciecieląg
Project value: 46 838,00 PLN
Funds granted for Lublin University of Technology: 46 838,00 PLN
Abstract: Composite materials are widely used in the aerospace and automotive industries for the production of machines and structures.
https://msn2024.pollub.pl/research/projects/national-science-centre/miniatura/study-of-phenomena-occurring-in-the-surface-layer-of
Jacek Majcher
Project value: 15 763,00 PLN
Funds granted for Lublin University of Technology: 15 763,00 PLN
Abstract: Nowadays, non-destructive measurement methods play a key role in the evaluation of plant products.
https://msn2024.pollub.pl/research/projects/national-science-centre/miniatura/influence-of-rapeseed-ripening-stage-on-dielectric
MINIATURA 8
Funding Organization: National Science Centre
Project title: Design and Optimization of Flow Channels for a 10-Cell PEMFC Stack
Agreement number: DEC-2024/08/X/ST8/01755
Project implementation period: 10.12.2024 - 09.04.2026
Principal Investigator: dr Dineshkumar Ravi
Project value: 39 402,00 PLN
Funds granted for Lublin University of Technology: 39 402,00 PLN
Abstract: Globally research have been mainly focussed on utilizing (...)
https://msn2024.pollub.pl/research/projects/national-science-centre/miniatura/design-and-optimization-of-flow-channels-for
