Add to ORKGStructural components which are loaded in cyclic load mostly fail due to fatigue. The fatigue strength of metals as well as weld joint regions in metals depends on mechanical properties especially hardness, the size of defect and the size of grains. Resistivity of the fine grain HAZ prepared against fatigue crack initiation will be explained in this article. Samples of material with martensitic fine grain microstructure were prepared by laboratory furnace by proper thermal treatment. Mechanical properties of fine grain heat affected zone and its microstructure were investigated. Special attention was given to behavior of fine grain during the cycle loading under stress concentration. Stress concentration was similar to the one in real welds...
In the process of testing real components exposed to elevated temperature, it is not possible to neg...
An experimental steel 42SiCr was heat treated with a quenching and partitioning treatment in order t...
The microstructure in the heat-affected zone (HAZ) of welds made from the 9 wt pct chromium martensi...
Structural components which are loaded in cyclic load mostly fail due to fatigue. The fatigue streng...
Fatigue is the primary reason for the failure of structural components. Resistivity of a coarse grai...
This paper presents results of a study on martensitic coarse grain heat affected zone that can appea...
This paper presents results of a study on martensitic coarse grain heat affected zone that can appea...
This paper presents two possibilities of martensitic (fine grain and coarse grain) microstructure pr...
The resistivity of a coarse grain steel against fatigue crack initiation in presence of micro-defect...
This paper presents results of a study on martensitic coarse grain heat affected zone that can appea...
AbstractGrade 91 steel is a heat treatable steel and hence its microstructure is very sensitive to t...
This paper investigated the effect of heat treatment operations on the fatigue resistance of low car...
The heat-affected zones (HAZ) of 9Cr---1Mo steel weldments consist of coarse-grain martensite with &...
The fatigue strength of polycrystalline metals is hardness and defect size dependent. The fatigue st...
The present study focuses on the fatigue properties in the weld heat-affected zone (HAZ) of 800 MPa ...
In the process of testing real components exposed to elevated temperature, it is not possible to neg...
An experimental steel 42SiCr was heat treated with a quenching and partitioning treatment in order t...
The microstructure in the heat-affected zone (HAZ) of welds made from the 9 wt pct chromium martensi...
Structural components which are loaded in cyclic load mostly fail due to fatigue. The fatigue streng...
Fatigue is the primary reason for the failure of structural components. Resistivity of a coarse grai...
This paper presents results of a study on martensitic coarse grain heat affected zone that can appea...
This paper presents results of a study on martensitic coarse grain heat affected zone that can appea...
This paper presents two possibilities of martensitic (fine grain and coarse grain) microstructure pr...
The resistivity of a coarse grain steel against fatigue crack initiation in presence of micro-defect...
This paper presents results of a study on martensitic coarse grain heat affected zone that can appea...
AbstractGrade 91 steel is a heat treatable steel and hence its microstructure is very sensitive to t...
This paper investigated the effect of heat treatment operations on the fatigue resistance of low car...
The heat-affected zones (HAZ) of 9Cr---1Mo steel weldments consist of coarse-grain martensite with &...
The fatigue strength of polycrystalline metals is hardness and defect size dependent. The fatigue st...
The present study focuses on the fatigue properties in the weld heat-affected zone (HAZ) of 800 MPa ...
In the process of testing real components exposed to elevated temperature, it is not possible to neg...
An experimental steel 42SiCr was heat treated with a quenching and partitioning treatment in order t...
The microstructure in the heat-affected zone (HAZ) of welds made from the 9 wt pct chromium martensi...