- ☎️ +48 71 320 39 19
- 🏙️ 50-372 Wrocław, ul. Mariana Smoluchowskiego 25 (budynek B1)
- 🚪 110, B1
Graduate of the Mechanical Engineering program (2020) from the Faculty of Mechanical Engineering at Wroclaw University of Science and Technology, and a PhD student in the discipline of mechanical engineering since 2020. My research focuses on the fatigue and fracture of composite materials. In my doctoral dissertation, I concentrate on the deterministic description of the mechanical response of thin-walled structures made of continuous carbon fiber-reinforced polymer, subjected to multiaxial cyclic loading.
Interests
- Finite Element Method (FEM); numerical simulations of fracture using the Cohesive Zone Model (CZM), modeling the mechanical response of hyperelastic materials; stress analysis.
- Mechanics of composite materials; fatigue degradation, multiscale modeling, fatigue life prediction, crack initiation.
- Fracture mechanics; description of fiber-reinforced laminates using energy release rate
- Experimental mechanics; basic material characterization, fracture toughness – DCB, ENF, MMB.
Latest
- Experimental characterization and modeling of cylindrical CFRP structures under quasi-static multiaxial loading conditions
- Mechanism failure analysis of unidirectional hybrid pultruded rebars under static and fatigue loading condition using acoustic emission
- Prediction of the fatigue lifetime of PUR structural elements using a combined experimental-numerical approach
- Ściskanie osiowe rur kompozytowych – modelowanie i badania z emisją akustyczną
- A numerical approach to bond behavior of GFRP bars with concrete
- A review on finite‑element simulation of fibre metal laminates
- Acoustic emission with machine learning in fracture of composites: preliminary study
- Analytical predictions of bond behavior of FRP bars with concrete
- Badania ciśnieniowe średnioskalowych zbiorników kompozytowych z uchylną dennicą
- Badanie porównawcze przyczepności betonu do wybranych prętów kompozytowych metodą pull-out
- Bond behavior of hybrid helically wrapped FRP bars with concrete
- Combined experimental–numerical mode I fracture characterization of the pultruded composite bars
- Experimental analysis of braiding solutions for domes of composite pressure vessels
- Fatigue and fracture properties of rigid PUR elastomers
- Fatigue behavior of CFRP thin-walled tubes: an experimental study with damage analysis based on the acoustic signals
- Fatigue behavior of composite rebars for concrete reinforcement based on experimental studies
- Fatigue crack growth characterization of Inconel 718 after additive manufacturing by laser powder bed fusion and heat treatment
- Fatigue lifetime analysis of polyurethane components
- Flexural behavior of concrete structures reinforced with hybrid FRP bars
- Identification of degradation in composite materials using machine learning algorithms and acoustic emission
- Influence of CFRP patches on fatigue crack growth rate in old bridge steel
- Investigation of flexural behaviour of composite rebars for concrete reinforcement with experimental, numerical and machine learning approaches
- Mechanical investigation of inverse FML under mode II loading using acoustic emission and finite element method
- Metoda hamowania rozwoju pęknięć zmęczeniowych w zabytkowych stalach mostowych z wykorzystaniem taśm kompozytowych CFRP
- Metody oceny wad kompozytowych elementów zbiornika wytwarzanych różnymi technikami
- Możliwości identyfikacji zjawisk degradacyjnych w kompozytach z użyciem technik uczenia maszynowego i emisji akustycznej
- Multiaxial fatigue of CFRP thin-walled tube - experimental and numerical analysis
- Numeryczna i eksperymentalna analiza połączenia betonu i pręta kompozytowego w teście pull-out
- Pressure testing of an intelligent composite tank with a large opening
- Przygotowanie modelu uczenia maszynowego bazując na emisji akustycznej do identyfikacji przyczyn degradacji kompozytów
- Stress relaxation behaviour modeling in rigid polyurethane (PU) elastomeric materials
- Badania ciśnieniowe zbiorników kompozytowych z wykorzystaniem techniki światłowodowej i emisji akustycznej
- 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
- Damage evolution in pultruded composite bars using acoustice emission
- Determination of fracture energy (mode I) in the inverse fiber metal laminates using experimental–numerical approach
- Effect of specimen thickness on fatigue crack growth resistance in paris region in AISI 304 STEEL
- Experimental and numerical investigation of pull-out behavior of single basalt – fiber
- Experimental quasi-static mechanical characterization of the thin-walled cylindrical CFRP structures
- Experimental-numerical analysis of radial compression test of CFRP/GFRP composite rebars
- Fatigue and fracture of materials and structures : contributions from ICMFM XX and KKMP2021
- Fatigue characterization of polyurethane elastomers
- Fatigue crack growth characterization of additively manufactured IN625 and IN718 alloys
- Flexural analysis of GFRP/BFRP composite hybrid bars
- Flexural and compressive residual strength of composite bars subjected to harsh environments
- Forma aktywna do pultruzji.
- Fracture behaviour of the notched pur rigid polyurethane components - uniaxial vs. multiaxial loading
- From hydrophore to hydrogen, diagnostics and tests of composite pressure vessels
- Mechanical and corrosion performance of composite rebars subjected to a corrosive condition
- Mechanical investigation on interlaminar behaviour of inverse FML using acoustic emission and finite element method
- Mechanical performance assessment of composite bars
- Mechanical performance of structural rebars subjected to several mechanical tests
- Numerical analysis of pultrusion process of GFRP composite rebar
- Numerical analysis of the new design of CFRP/GFRP composite rebars subjected to bending loading
- Ocena struktury materiału kompozytowego zbiornika z uchylną dennicą
- Przewidywanie trwałości zmęczeniowej komponentów poliuretanowych w motoryzacji
- Review of the mode I and mode II fracture behaviour of hybrid composite materials for composite rebars
- The effect of a flame retardant on a mode I fracture toughness of epoxy resin
- The effect of flame retardant—aluminum trihydroxide on mixed mode I/II fracture toughness of epoxy resin
- The mechanical investigation of filament-wound composite cylinders subjected to axial compression
- A review of approaches for fatigue life assessment in composite materials
- Analysis of the deceleration methods of fatigue crack growth rates under mode I loading type in pearlitic rail steel
- Crack growth rate deceleration effect in constructional steel caused by artificial crack closure effect (ACCE)
- Deceleration of fatigue crack growth rate in metals using various techniques – comparative analysis
- Determination of ilss in the inverse fiber metal laminates using experimental-numerical approach
- Effects of specimen thickness on fatigue crack growth resistance in Paris region in AISI 304
- Eksperymentalna i numeryczna analiza delaminacji kompozytu metalowo-włóknistego
- 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
- Impact of hardness on the fracture and tear characterization of rigid pur materials used in suspension systems of vehicles
- Influence of built orientation on fatigue crack growth rate in additively manufactured inconel 718 alloy
- Interlaminar fracture toughness determination in an inverse FML material under mode I loading condition
- Mean stress effect and fatigue crack growth rate description in aluminium alloys 1100 AND 1050
- 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
- Static and flexural fatigue behavior of GFRP pultruded rebars
- Study of degradation mechanisms in composite materials used for concrete reinforcement
- The numerical investigation of filament wound composite pressure vessel with asymmetric domes
- Wpływ sposobu wykonania próbek i warunków badania na wyniki kruchego pękania kompozytów epoksydowo-szklanych w próbie ścinania wzdłużnego (GIIC)
- Comparison of the CFRP’s elasticity coefficients for sample made by vacuum forming and vacuum infusion
- Numerical analysis of motorcycle’s subframe
- Optymalizacja subramy motocykla elektrycznego LEM Thunder wykonanej z kompozytu warstwowego