Research Group of Fatigue Fracture of Materials and Structures
Research Group of Fatigue Fracture of Materials and Structures
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Paweł Stabla
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Application of filament winding technology in composite pressure vessels and challenges: a reviev
A review of approaches for fatigue life assessment in composite materials
Determination of ilss in the inverse fiber metal laminates using experimental-numerical approach
Eksperymentalno–numeryczne podejście do wyznaczania energii pękania dla drugiego sposobu obciążenia szczeliny w laminacie metalowo-włóknistym
Flexural pseudo-ductility effect in hybrid GFRP/CFRP bars under static loading conditions
Flexural strengthening of composite pultruded bars by means of additional filament-wound composite overwrap
Microstructural analysis and radial compression behaviour of GFRP/CFRP composite bars
Ocena uszkodzeń w laminacie metalowo-włóknistym na podstawie próby zginania z wykorzystaniem metody emisji akustycznej
The mechanical investigation of filament-wound CFRP structures subjected to different cooling rates in terms of compressive loading and residual stresses—an experimental approach
The numerical approach to mosaic patterns in filament-wound composite pipes
The numerical investigation of filament wound composite pressure vessel with asymmetric domes
Numerical analysis of motorcycle’s subframe
Finite element method analysis of fibre-metal laminates considering different approaches to material model
Fracture behaviour of engineering stone material
Przegląd materiałów kompozytowych typu FML wraz z przykładową analizą MES
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