Research Group of Fatigue Fracture of Materials and Structures
Research Group of Fatigue Fracture of Materials and Structures
Awards
Dydaktyka🇵🇱
Projects
Organizing Activity
Publications
Contact
English
English
Polski
Mieczysław Szata
Research Group of Fatigue Fracture of Materials and Structures
☎️ +48 71 320 xxxx
🏙️ 50-372 Wrocław, ul. Mariana Smoluchowskiego 25 (budynek B1)
🚪
Latest
Structural integrity and fatigue failure analysis : experimental, theoretical and numerical approaches
Energy models in fatigue crack growth rate description in terms of mean stress effect avoidance under mode I and mixed-mode (I+II, I+III) loading condition
Mixed mode (I+II, I+III) fatigue crack growth description in S355/P355NL1 steel
Effect of Heat Treatment on the Fatigue Crack Growth Rate in 42CrMo4 Steel
Energy response of S355 and 41Cr4 steel during fatigue crack growth process
Mathematical representation of fatigue crack growth models in steel using dimensional analysis – theory and experiment
Energy description of fatigue crack growth process -- theoretical and experimental approach
Fatigue crack growth damage monitoring in terms of energy dissipative processes
Kinetics of fatigue crack growth and crack closure effect in long term operating steel manufactured at the turn of the 19th and 20th centuries
Rozwój pęknięć zmęczeniowych w stali S355JO pod wpływem wieloosiowych obciążeń
Analysis of fatigue crack growth in long term operating mild low carbon steel in terms of crack closure and energy approach
Description of fatigue crack growth in steel structural components using energy approach -- influence of the microstructure on the FCGR
Numerical estimation of stress intensity factors in lug connector with existing flaw
On the differences in fracture resistance of polyurethane elastomers in terms of energy description
Opis rozwoju pęknięć zmęczeniowych w stalach konstrukcyjnych z wykorzystaniem metod energetycznych -- analiza wpływu mikrostruktury na przebieg kinetyki pękania
Kinetics of fatigue crack growth and crack paths in the old puddled steel after 100-years operating time
The influence of microstructural degradation processes on corrosion resistance of 19th puddled steel
The mechanical properties and the microstructural degradation effect in an old low carbon steels after 100-years operating time
Brittleness of the 19th century puddled steel -- fractography analysis
Fatigue properties and fatigue crack growth in puddled steel with consideration of microstructural degradation processes after 100-years operating time
Kinetics of fatigue crack growth rate in 19th puddled steel -- experimental investigation and modelling
Model matematyczny rozwoju szczeliny zmęczeniowej w XIX-wiecznych stalach zgrzewnych
Kinetic fatigue fracture diagrams based on cracks propagations – comparing experimental results, obtained for different kinds of steels
Low cycle fatigue properties of puddled steel after 100 years operating time
Modelowanie wybranych procesów mechaniki pękania i zmęczenia materiałów z użyciem analizy wymiarowej
Aspects of structural degradation in steels of old bridges by means of fatigue crack propagation
Investigation of old bridge steel lifetime evaluation using fatigue fracture models
Aspects of structural degradation in old bridge steels by means of fatigue crack propagation resistance
Implementation of the Bologna process at the Mechanical Engineering Faculty of the Wrocław University of Technology
Investigation of fatigue crack growth in puddled steel after 100-years operating time
Modelowanie podkrytycznego rozwoju szczeliny zmęczeniowej w starych stalach konstrukcyjnych z użyciem programów FRANC2D/3D oraz AFGROW
Algorithms for the estimation of fatigue crack growth using energy method
Assessment of degrading processes progress in the old bridge steel in terms of fracture mechanics
Can we describe kinetics of fatigue crack growth without influence of R-ratio?
Lifetime evaluation of element with fatigue crack using equivalent surface method
Monitorando la resistenza delle infrastrutture in acciaio
Problems with estimation of fatigue crack propagation lifetime in old bridge steel
A new method of constructing the kinetic fatigue fracture diagrams -- crack propagation equation based on energy approach
Fatigue fracture models supported by experiment
Influence of cycle asymmetry R on kinetic fatigue fracture in the models of fracture mechanics
The problem of evaluating a lifetime of old steel structures under cyclic load
Supporting methods for experimental data fitting in crack propagation modelling
Description of crack propagation -- theoretical approach and fitting accuracy to measurement results
Neimitz modification in crack propagation model
Experimental data fitting in crack propagation model
Zastosowanie wirtualnego laboratorium podczas zajęć laboratoryjnych z mechaniki -- prezentacja eksperymentu na odległość
Computer-aid in formation and study of spine FEM model with crack propagation
Linearity and non-linearity effects in crack propagation model
Modeling by dimensional analysis
Fatigue fracture, crack initiation and description of propagation
Crack propagation in energy description
Opis rozwoju zmęczeniowego pękania w ujęciu energetycznym
Dimensional analysis as a tool for modeling fracture mechanics processes
An assessment of durability of thick wall structure elements with cracks
Theoretical and experimental aspects of energy criterion in mechanics of fatigue macro-crack propagation
Using the universal graph method in dimensional analysis of automobile data
Summer School on Fracture Mechanics
Cite
×