Proceedings of the ICMFM XIXThis chapter describes the microstructural mechanisms leading to damage and the formation of fatigue cracks as well as the methods available to monitor these processes. The evaluation of early damage is especially important for structures with long service life spans, where the crack nucleation stage can dominate the total fatigue life.Andrei Kotousov, James Vidler, James Hughes, Aditya Khanna, Ching-Tai Ng and Munawwar Mohabut
The discussion of fatigue damage is generally separated in two domains : Low Cycle Fatigue (LCF) and...
A model to calculate fatigue life is developed based on the assumption that fatigue life is entirely...
Abstract High cycle fatigue (HCF) is a frequently limiting failure mechanism of machine elements an...
The motivation for an early fatigue damage characterization by using NDE is easy to understand. Tech...
This paper deals with the basic mechanisms of fatigue damage in materials exposed to service and a s...
High strength components exposed to cyclic loading such as gas turbine disks fail in an insidious ma...
It is well-known in the literature that internal defects play a major role in the Very-High-Cycle Fa...
The resistance of metal alloys to fatigue can be classified into four major regimes: low-cycle fatig...
This paper presents microstructure analysis of the creation and growth of cracks in uniaxial load. A...
The motivation for an early fatigue damage characterization by using NDE is easy to understand. Tech...
The role of constituent particles in fatigue crack nucleation in 2024-T3 aluminum alloy has been wel...
The fatigue assessment of metallic structural components under uniaxial cyclic loading is traditiona...
It is obvious - components under fatique load fail cracking. Crack initiation is followed by crack p...
AbstractEarly stages of damage evolution in cyclic loading are described and discussed. The importan...
This paper presents a summary of fatigue, crack initiation and growth, and fractographic findings fo...
The discussion of fatigue damage is generally separated in two domains : Low Cycle Fatigue (LCF) and...
A model to calculate fatigue life is developed based on the assumption that fatigue life is entirely...
Abstract High cycle fatigue (HCF) is a frequently limiting failure mechanism of machine elements an...
The motivation for an early fatigue damage characterization by using NDE is easy to understand. Tech...
This paper deals with the basic mechanisms of fatigue damage in materials exposed to service and a s...
High strength components exposed to cyclic loading such as gas turbine disks fail in an insidious ma...
It is well-known in the literature that internal defects play a major role in the Very-High-Cycle Fa...
The resistance of metal alloys to fatigue can be classified into four major regimes: low-cycle fatig...
This paper presents microstructure analysis of the creation and growth of cracks in uniaxial load. A...
The motivation for an early fatigue damage characterization by using NDE is easy to understand. Tech...
The role of constituent particles in fatigue crack nucleation in 2024-T3 aluminum alloy has been wel...
The fatigue assessment of metallic structural components under uniaxial cyclic loading is traditiona...
It is obvious - components under fatique load fail cracking. Crack initiation is followed by crack p...
AbstractEarly stages of damage evolution in cyclic loading are described and discussed. The importan...
This paper presents a summary of fatigue, crack initiation and growth, and fractographic findings fo...
The discussion of fatigue damage is generally separated in two domains : Low Cycle Fatigue (LCF) and...
A model to calculate fatigue life is developed based on the assumption that fatigue life is entirely...
Abstract High cycle fatigue (HCF) is a frequently limiting failure mechanism of machine elements an...