Research Group of Fatigue Fracture of Materials and Structures
Research Group of Fatigue Fracture of Materials and Structures
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Krzysztof Junik
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Experimental and numerical investigation on fatigue behavior of PUR (rigid polyurethane) elastomers 90ShA used in automotive engineering
Prediction of the fatigue lifetime of PUR structural elements using a combined experimental-numerical approach
Fatigue and fracture properties of rigid PUR elastomers
Fatigue lifetime analysis of polyurethane components
Stress relaxation behaviour modeling in rigid polyurethane (PU) elastomeric materials
Constitutive law identification and fatigue characterization of rigid PUR elastomers 80 ShA and 90 ShA
Constitutive law identification of PUR components using hybrid experimental-numerical approach
Fatigue characterization of polyurethane elastomers
Fracture behaviour of the notched pur rigid polyurethane components - uniaxial vs. multiaxial loading
Przewidywanie trwałości zmęczeniowej komponentów poliuretanowych w motoryzacji
Impact of hardness on the fracture and tear characterization of rigid pur materials used in suspension systems of vehicles
Impact of the hardness on the selected mechanical properties of rigid polyurethane elastomers commonly used in suspension systems
A study of the fatigue failure mechanism in steel and composite rebars
Effect of hydrogen on interfacial strength of hybrid composite materials
Fracture analysis of rigid PUR elastomers commonly used in suspension system
Badania statyczne i zmęczeniowe poliuretanowych elementów zawieszenia pojazdów mechanicznych
Fatigue crack growth rate in PUR elastomers
Structural integrity assessment of rigid polyurethane components using energy methods
Badania wytrzymałościowe elastomerów poliuretanowych stosowanych w przemyśle motoryzacyjnym z wykorzystaniem metod mechaniki pękania
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