Zespół Badawczy Dynamiki i Modelowania
Zespół Badawczy Dynamiki i Modelowania
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Marek Rybaczuk
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Mechanical properties of silica aerogels modelled by Movable Cellular Automata simulations
Modelling highly porous brittle materials with the movable cellular automata method
Multiplicative Hénon map
Investigation of influence of fibres layout in composite specimens on their strength with cellular automata method
Modelling elastic and plastic material properties with the movable cellular automata
Modelling the behaviour of ceramics under various modes of mechanical loading with Movable Cellular Automata
The influence of defects on strength of ceramics modeled with Movable Cellular Automata
Exploring process of fibre breaking in tube samples of composite during quasi-static process of fracture
Chaos in multiplicative systems
Fraktalny model procesu uszkodzenia włókien w czasie procesu zmęczenia kompozytów
Model ewolucji defektów w kompozytach wzmocnionych włóknami
Numerical simulations of 3D defects growth in ceramics modelled with movable cellular automata
Fractal characteristics of defects evolution in parallel fibre reinforced composite in quasi-static process of fracture
Modelling defects growth in composites using fractals characteristics
Lyapunov type stability and Lyapunov exponent for exemplary multiplicative dynamical systems
Dynamika wzrostu fraktalnych defektów w materiale
Physical stability and critical effects in models of fractal defects evolution based on single fractal approximation
Models of chaotic defects growth in materials
Analysis of the multiplicative Lorenz system
Modele wzrostu defektów w materiale oparte na dwóch fraktalach
Qualitative chaos in fractal defects' growth
Fractal model of the cold martensite transformation in steels
Fractal model of the cold martensitic transition in steels
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