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OPUS

1. Nonlinear effects in implanted middle ear

2. Experimental and numerical study of stability and limit states of thin-walled composite profiles with closed cross sections

3. Description of dynamic fragmentation of metal-ceramic composites with an infiltrated structure subjected to high velocity deformation induced by impact. Experimental research and multi-scale modelin

4. Theoretical-experimental analysis possibility of electromechanical couplings shaping in energy harvesting systems

5. Regular and chaotic oscillations of nonlinear multi-stable systems with active elements for energy harvesting

6. Bifunctional, pH-responsive zeolite-bisphosphonates complex as a base for the production of smart bone implant for osteoporotic fracture treatment

7. The coal fly ash management - the microbial degradation of unburnt carbon

8. Analysis of the stability and load-bearing capacity of composite structures with mechanical couplings

9. Advanced techniques for effective kinetic nonlinear energy harvesting technologies

10. Development and testing of innovative low-processed clay building composites modified with a protein-based biopolimer

11. The human ear dynamics stimulated by piezoelectric membrane - novel hybrid model

12. A new generation of environmentally friendly two-component additives with foaming and anti-aging properties for application in bitumen: experimental and modeling approach

13. Multifunctional cold plasma- and magnetic field-activated hydrogel dressing material based on magnetite-clay mineral complex for personalized regenerative medicine applications

14. Cold atmospheric plasma-activated clay-based oncogel for the management of wounds after melanoma excision

Projekt współfinansowany ze środków Unii Europejskiej w ramach Europejskiego Funduszu Społecznego, Program Operacyjny Wiedza Edukacja Rozwój 2014-2020 "PL2022 - Zintegrowany Program Rozwoju Politechniki Lubelskiej" POWR.03.05.00-00-Z036/17

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