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The findings will enable the development of industrial
processing guidelines and indicate directions
for future research into the mechanical properties of additive-manufactured components, thereby contributing to the advancement of manufacturing methods within the field of mechanical engineering.
https://protechma2025.pollub.pl/research/projects/national-science-centre/miniatura/assessment-of-the-influence-of-layer-deposition-direction-and
Students learn how to use modern engineering tools
for strength analysis and modelling physical phenomena occurring in materials and structures.
https://wm.pollub.pl/kim/education
Subsequently, technologies
for reliably simulating defects in composite structures will be developed.
https://protechma2025.pollub.pl/research/projects/national-science-centre/opus/characterization--quantification-and-prediction-of-the-impact-of
This knowledge can be further used
for numerical modeling. Description of composite behaviour by use of multi-scale numerical modeling, analysis such as FEM and
data acquired during mechanical tests would have great impact on development and optimization of scientific work with smeared composites built on cement matrix.
https://protechma2025.pollub.pl/research/projects/national-science-centre/preludium/description-of-the-impact-of-the-internal-structure
Specialized in development of novel photonics measurement systems,
data analysis and hybrid opto-numerical methods in optical metrology, and 3D quantitative phase imaging in biomedical engineering.
https://konferencja-pum.pollub.pl/speakers/malgorzata-kujawinska
Specialized in development of novel photonics measurement systems,
data analysis and hybrid opto-numerical methods in optical metrology, and 3D quantitative phase imaging in biomedical engineering.
https://wilga2022.pollub.pl/speakers/malgorzata-kujawinska
Specialized in development of novel photonics measurement systems,
data analysis and hybrid opto-numerical methods in optical metrology, and 3D quantitative phase imaging in biomedical engineering.
https://konferencjawpt.pollub.pl/speakers/malgorzata-kujawinska
Specialized in development of novel photonics measurement systems,
data analysis and hybrid opto-numerical methods in optical metrology, and 3D quantitative phase imaging in biomedical engineering.
https://konferencja-nm.pollub.pl/speakers/malgorzata-kujawinska
Specialized in development of novel photonics measurement systems,
data analysis and hybrid opto-numerical methods in optical metrology, and 3D quantitative phase imaging in biomedical engineering.
https://kmn-15wpt-2022.pollub.pl/speakers/malgorzata-kujawinska
Specialized in development of novel photonics measurement systems,
data analysis and hybrid opto-numerical methods in optical metrology, and 3D quantitative phase imaging in biomedical engineering.
https://warsztaty-ip.pollub.pl/speakers/malgorzata-kujawinska
