MSN 10th International Scientific Symposium, Lublin, May 26-29, 2024

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Infrastructure support for research and development of... 2026-09-04

Piotr Budzyński Project value: 13 582 429,35 PLN Funds granted for Lublin University of Technology: 9 453 574,19 PLN Abstract: The planned research carried out in the project is interdisciplinary and concerns mechanical, materials and biomedical engineering.
https://msn2024.pollub.pl/research/projects/marshal-office-of-lubelskie-voivodeship/european-funds-for-lubelskie-2021-2027-felu-2021-2027/infrastructure-support-for-research-and-development-of

Computational intelligence, information technology... 2026-09-08

                              Excellent Science Support for scientific conferences Co-financed by the Ministry of Education and Science Project title: Computational intelligence, information technology and systems research - CITS'2022 conference Agreement number: DNK/SP/548443/2022 Project implementation period: 01.12.2022 - 30.09.2023 Principal Investigator: dr Michał Dolecki Project value: 119 477,00 PLN Funds granted for Lublin University of Technology: 87 557,00 PLN
https://msn2024.pollub.pl/research/projects/ministry-of-science-and-higher-education/excellent-science/support-for-scientific-conferences/computational-intelligence--information-technology

Regular and chaotic oscillations of nonlinear multi-stable... 2026-04-16

Jerzy Warmiński Project value: 909 600,00 PLN Funds granted for Lublin University of Technology: 909 600,00 PLN Abstract: Energy harvesting is a topic of mechanical engineering which has been developed for years in terms of pollution reduction and green environment.
https://msn2024.pollub.pl/research/projects/national-science-centre/opus/regular-and-chaotic-oscillations-of-nonlinear-multi-stable

The influence of hydrodynamic conditions in bioreactor... 2026-04-16

Jacek Zaburko Project value: 209 928,00 PLN Funds granted for Lublin University of Technology: 209 928,00 PLN Abstract: Proper realization of the wastewater treatment process in bioreactors with activated sludge is possible only in if the existence of appropriate size and shape of activated sludge flocs as well as composition of biocenosis of organisms conducting wastewater treatment processes is ensured.
https://msn2024.pollub.pl/research/projects/national-science-centre/preludium/the-influence-of-hydrodynamic-conditions-in-bioreactor

Study on the chip formation process and the temperature... 2026-04-16

Jarosław Korpysa Project value: 137 860,00 PLN Funds granted for Lublin University of Technology: 137 860,00 PLN Abstract: The main objective of the project is to examine the progression of the chip formation process as well as the temperature reached by cutting tool and workpiece material during precision milling of selected magnesium alloys.
https://msn2024.pollub.pl/research/projects/national-science-centre/preludium/study-on-the-chip-formation-process-and-the-temperature

Influence of structure of the diluted alkali soluble pectin... 2026-05-06

                PRELUDIUM 22 Funding Organization: National Science Centre Project title: Influence of structure of the diluted alkali soluble pectin (DASP) fraction on physical stability of emulsion Agreement number: UMO-2023/49/N/NZ9/01701 Project implementation period: 01.02.2024 - 31.01.2027 Principal Investigator: dr Adrianna Kaczmarska-Król Project value: 209 840,00 PLN Funds granted for Lublin University of Technology: 121 920,42 PLN Abstract: The goal (...)
https://msn2024.pollub.pl/research/projects/national-science-centre/preludium/influence-of-structure-of-the-diluted-alkali-soluble-pectin

Polish-Japanese Energo-Eco Study and Expert Visits 2026-04-08

Funding Organization: National Agency for Academic Exchange Project title: Polish-Japanese Energo-Eco Study and Expert Visits Agreement number: PPI/APM/2019/1/00009/U/00001 Project implementation period: 01.10.2019 - 30.09.2022 Principal Investigator: prof. dr hab. inż.Henryka Stryczewska Project value: 999.930,00 PLN Funds granted for Lublin University of Technology: 999.930,00 PLN Abstract: The project concerns research and development cooperation in the area (...)
https://msn2024.pollub.pl/research/projects/polish-national-agency-for-academic-exchange/the-international-academic-partnerships-programme/polish-japanese-energo-eco-study-and-expert-visits

Innovative measurement technologies supported... 2026-04-28

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

Analysis of the antiplane shear fracture of elastically coupled... 2026-09-10

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

Assessment of the influence of layer deposition direction and... 2026-09-15

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

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Projekt współfinansowany ze środków Unii Europejskiej w ramach Europejskiego Funduszu Społecznego, Program Operacyjny Wiedza Edukacja Rozwój 2014-2020 "NAZWA PROGRAMU" POWR.00.00.00-00-z000/00-00