When quickly reviewing engineering and industrial fields, one often discovers that a large number of metallic components and structures are subjected, in service, to random or variable amplitude loadings [...
For the development of new components, design engineers today have access to a broad amount of fatig...
Mechanical components and structures are submitted to cyclic loads in different applications; theref...
This report outlines a qualitative concept of the nature of the behavior leading to fracture of meta...
Most metallic components and structures are subjected, in service, to random or variable amplitude l...
Devices, working structures and their elements are subjected to the influence of various loads [...
Fracture, fatigue, and other subcritical processes, such as creep crack growth or stress corrosion c...
Fatigue damage assessment of multiaxial random loadings is a complex issue and a subject of actual i...
Structures and mechanical components are frequently subjected to the oscillating loads which are ran...
A frequency-domain critical-plane criterion is reformulated in order to improve its accuracy in term...
In the present paper, the fatigue lifetime of metallic structural components subjected to variable a...
The scatter in the fatigue life of the metallic structures seems to be mainly caused by internal def...
Metallic structures dominated by tensile loads are vulnerable to fatigue and fracture. Fatigue is pr...
SIGLEAvailable from British Library Document Supply Centre- DSC:4274.84734(HSE-IR/L/MM--94/12) / BLD...
Effort to describe effect of variable amplitude loading character on fatigue damage cumulation is co...
Metals are microstructurally unstable under the application of cyclic loads and their stress-strain ...
For the development of new components, design engineers today have access to a broad amount of fatig...
Mechanical components and structures are submitted to cyclic loads in different applications; theref...
This report outlines a qualitative concept of the nature of the behavior leading to fracture of meta...
Most metallic components and structures are subjected, in service, to random or variable amplitude l...
Devices, working structures and their elements are subjected to the influence of various loads [...
Fracture, fatigue, and other subcritical processes, such as creep crack growth or stress corrosion c...
Fatigue damage assessment of multiaxial random loadings is a complex issue and a subject of actual i...
Structures and mechanical components are frequently subjected to the oscillating loads which are ran...
A frequency-domain critical-plane criterion is reformulated in order to improve its accuracy in term...
In the present paper, the fatigue lifetime of metallic structural components subjected to variable a...
The scatter in the fatigue life of the metallic structures seems to be mainly caused by internal def...
Metallic structures dominated by tensile loads are vulnerable to fatigue and fracture. Fatigue is pr...
SIGLEAvailable from British Library Document Supply Centre- DSC:4274.84734(HSE-IR/L/MM--94/12) / BLD...
Effort to describe effect of variable amplitude loading character on fatigue damage cumulation is co...
Metals are microstructurally unstable under the application of cyclic loads and their stress-strain ...
For the development of new components, design engineers today have access to a broad amount of fatig...
Mechanical components and structures are submitted to cyclic loads in different applications; theref...
This report outlines a qualitative concept of the nature of the behavior leading to fracture of meta...
DOI
Add to ORKG