The stress intensity factor (SIF) is defined usually by following formulas for the fracture-modes l and II, respectively, with the full or half crack-Iength, α, the "far-field" stress σ₀ or τ₀ and a dimensionsless quantity k₁ and k₁₁ depending on the boundary conditions. It is shown, that the actual influence of the crack-length upon the SIF is diminishing with its growing value and in many cases the SIF depends practically on the far-field stress only. This makes an extrapolation method possible, which is checked by two photoelastic experiments
The essential parameters for structure integrity assessment in Linear Elastic Fracture Mechanics (LE...
AbstractThis work is focused on the experimental determination of the stress intensity factor (SIF) ...
Fatigue crack growth has been traditionally modelled using LEFM through the use of the Paris law. T...
The stress intensity factor (SIF) is defined usually by following formulas for the fracture-modes l...
Fracture Mechanics process of Welded Joint is a very vast research area and has many possibilities f...
Das Studium der Auflösungs- und Wachstumsprozesse an Feststoff-Flüssigkeits-Grenzflächen unter nicht...
Beton, einer der vielseitigsten und meist-verbreitetsten Baustoffe, verdankt diese Popularität seine...
In the field of fracture mechanics, the analysis of a structure containing cracks involves the calcu...
This research explores the modeling of a cracked structure using a linear elastic finite element met...
The value of the stress intensity factor (SIF) range threshold ( ) for fatigue crack growth (FCG) de...
Marzio Grasso, Antonio De Iorio, Yigeng Xu, George Haritos, M. Mohin, and Yong K. Chen, 'An Analytic...
In dieser Arbeit wird die Strukturbildung beim Risswachstum im stationären und instationärem Tempera...
AbstractHybrid methods, wherefore numerical and experimental data are used to calculate a critical p...
AbstractWilliams series expansion provides a general framework for the description of stress state n...
Generalized Finite Element Method (GFEM) is a Partition of Unity Method where shape functions are c...
The essential parameters for structure integrity assessment in Linear Elastic Fracture Mechanics (LE...
AbstractThis work is focused on the experimental determination of the stress intensity factor (SIF) ...
Fatigue crack growth has been traditionally modelled using LEFM through the use of the Paris law. T...
The stress intensity factor (SIF) is defined usually by following formulas for the fracture-modes l...
Fracture Mechanics process of Welded Joint is a very vast research area and has many possibilities f...
Das Studium der Auflösungs- und Wachstumsprozesse an Feststoff-Flüssigkeits-Grenzflächen unter nicht...
Beton, einer der vielseitigsten und meist-verbreitetsten Baustoffe, verdankt diese Popularität seine...
In the field of fracture mechanics, the analysis of a structure containing cracks involves the calcu...
This research explores the modeling of a cracked structure using a linear elastic finite element met...
The value of the stress intensity factor (SIF) range threshold ( ) for fatigue crack growth (FCG) de...
Marzio Grasso, Antonio De Iorio, Yigeng Xu, George Haritos, M. Mohin, and Yong K. Chen, 'An Analytic...
In dieser Arbeit wird die Strukturbildung beim Risswachstum im stationären und instationärem Tempera...
AbstractHybrid methods, wherefore numerical and experimental data are used to calculate a critical p...
AbstractWilliams series expansion provides a general framework for the description of stress state n...
Generalized Finite Element Method (GFEM) is a Partition of Unity Method where shape functions are c...
The essential parameters for structure integrity assessment in Linear Elastic Fracture Mechanics (LE...
AbstractThis work is focused on the experimental determination of the stress intensity factor (SIF) ...
Fatigue crack growth has been traditionally modelled using LEFM through the use of the Paris law. T...