In this study fatigue experiments are conducted for ductile cast iron (DCI) to compare with the fatigue strength of cruciform welded joints. Here, several DCI specimens are prepared to have nearly the same fatigue strength in smooth specimens before welding and to have similar cruciform shapes in the welded joints. It is found that the fatigue strength of DCI specimen is about three times larger than that of the welded joint specimens. The fatigue strength improvement can be explained in terms of the small stress concentration factor, notch insensitivity and compressive residual stress generated by shot blasting for DCI joints
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
Recently, standardized solution strengthened ferritic ductile cast irons (SSF-DI) have met the inter...
In our earlier study, the authors revealed that the fatigue limit of ductile cast iron (DCI) specime...
In the present paper, the fatigue behaviour of two Ductile Cast Irons (DCIs) is analyzed. Both infin...
This article aims at measuring and comparing the fatigue strength by fully reversed push-pull tests ...
Ductile iron discovery in 1948 gave a new lease on life to the cast iron family. In fact, these cast...
In the present paper, the fatigue behaviour of two Ductile Cast Irons (DCIs) is analyzed. Both infi...
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
This article aims at measuring and comparing the fatigue strength by fully reversed push-pull tests ...
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
The main advantage of welding cast iron is to recover parts by repairing defects induced by casting ...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Fatigue strength is known to decrease with increasing dimension of the component. This is due to a t...
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
Recently, standardized solution strengthened ferritic ductile cast irons (SSF-DI) have met the inter...
In our earlier study, the authors revealed that the fatigue limit of ductile cast iron (DCI) specime...
In the present paper, the fatigue behaviour of two Ductile Cast Irons (DCIs) is analyzed. Both infin...
This article aims at measuring and comparing the fatigue strength by fully reversed push-pull tests ...
Ductile iron discovery in 1948 gave a new lease on life to the cast iron family. In fact, these cast...
In the present paper, the fatigue behaviour of two Ductile Cast Irons (DCIs) is analyzed. Both infi...
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
This article aims at measuring and comparing the fatigue strength by fully reversed push-pull tests ...
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
The main advantage of welding cast iron is to recover parts by repairing defects induced by casting ...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Fatigue strength is known to decrease with increasing dimension of the component. This is due to a t...
The fatigue strength of ferritic, pearlitic, and solution strengthened ferritic ductile irons taken ...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
Recently, standardized solution strengthened ferritic ductile cast irons (SSF-DI) have met the inter...