Add to ORKGThe possibility of atomic force microscopy application for the investigation of fatigue damage process of aluminum alloy D16AT has been substantiated. It has been shown the possibility of atomic force microscopy application for the analysis of the surface deformation relief, which is formed under cyclic loading. The height of extrusions raising under the cyclic loading can be considered as a quantitative parameter of fatigue damage of structural elements made of alclad aluminum alloys
The article will be focused on analysis of properties of aluminum alloy for the casting of type Al-M...
AbstractThe present work is devoted to study the influence of high cycle fatigue damage rate at R = ...
The paper studies the effect of strain-loading sequence on fatigue lifetime and fracture surface top...
Atomic force microscopy (AFM) was applied to study the early stages of fatigue damage in polycrystal...
The paper presents experimental results directed on the development of new empirical criterion for m...
International Journal of FatigueThe deformation relief was revealed to be formed and evolved on the ...
Materials Science, Vol. 47, No. 5It is shown that the deformation pattern is formed under cyclic loa...
Strain controlled fatigue tests were conducted on polycrystalline copper at ∆ε/2=0.161 % and 0.255% ...
In the present study, rotating bending fatigue tests were performed on an extruded aluminum alloy 20...
The paper provides a fractographic analysis of fatigue cracking in D16T aluminum alloy undervery hig...
AbstractThe article presents the research results of a D16ChATV aluminum alloy in preliminary combin...
The peculiarities of using the surface as a damage sensor of the A2024 aluminum alloy under signific...
A three-point bend fatigue miniature stage for in-situ observation of fatigue microcrack initiation ...
AbstractSurface relief of austenitic stainless 316L steel cycled with constant plastic strain amplit...
Describes feature of deformation relief formation on the D16AT duralumin alloy alclad surface under ...
The article will be focused on analysis of properties of aluminum alloy for the casting of type Al-M...
AbstractThe present work is devoted to study the influence of high cycle fatigue damage rate at R = ...
The paper studies the effect of strain-loading sequence on fatigue lifetime and fracture surface top...
Atomic force microscopy (AFM) was applied to study the early stages of fatigue damage in polycrystal...
The paper presents experimental results directed on the development of new empirical criterion for m...
International Journal of FatigueThe deformation relief was revealed to be formed and evolved on the ...
Materials Science, Vol. 47, No. 5It is shown that the deformation pattern is formed under cyclic loa...
Strain controlled fatigue tests were conducted on polycrystalline copper at ∆ε/2=0.161 % and 0.255% ...
In the present study, rotating bending fatigue tests were performed on an extruded aluminum alloy 20...
The paper provides a fractographic analysis of fatigue cracking in D16T aluminum alloy undervery hig...
AbstractThe article presents the research results of a D16ChATV aluminum alloy in preliminary combin...
The peculiarities of using the surface as a damage sensor of the A2024 aluminum alloy under signific...
A three-point bend fatigue miniature stage for in-situ observation of fatigue microcrack initiation ...
AbstractSurface relief of austenitic stainless 316L steel cycled with constant plastic strain amplit...
Describes feature of deformation relief formation on the D16AT duralumin alloy alclad surface under ...
The article will be focused on analysis of properties of aluminum alloy for the casting of type Al-M...
AbstractThe present work is devoted to study the influence of high cycle fatigue damage rate at R = ...
The paper studies the effect of strain-loading sequence on fatigue lifetime and fracture surface top...