Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal fatigue tests in the laboratory in the temperature range of 500–700 °C. A qualitative assessment is carried out with regard to the thermal load, the microstructure and the test temperature. The results show that the specific properties of the microstructure with respect to thermal stress and temperature have a significant influence on the oxidation behavior as well as on the crack propagation mode and crack growth. The conditions that lead to an increase in the oxidation rate and thus to premature and sudden local chipping of the roll surface layer are analyzed and explained.Slovenian Research Agency (ARRS) program grants P2-0344 and P2-0268
The oxidation behaviour of RR1000 with different surface modifications has been well studied using d...
In order to increase the performance of the preferred Ferritic 430 SS for manufacturing automobile a...
In order to better understand the physical process of deformation and cyclic softening a 12% Cr mart...
Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal f...
Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal f...
Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal f...
Within the master work the phenomenon of appearance of firecracks on the surface of the work rolls t...
Acknowledgements: The authors would like to acknowledge Ovako AB, Sweden, for providing the samples,...
The Ph.D. thesis is focused on a surface degradation mechanisms under combined heat and mechanical l...
The present study aimed to investigate the microstructure, temperature and thermal stress evolution ...
A number of thermal exposures were undertaken to determine the effect oxidation has on the fatigue l...
International audienceThe interaction between thermal fatigue and aluminizing and/or oxidation is in...
High speed steel rolls have prevailed in hot rolling mills due to their excellent wear resistance, h...
These days, ensuring the high quality of thin products (0,6 – 2,0 mm) is the most promising directio...
As temperatures within the aero engine increase, oxidation will begin to have a greater effect on th...
The oxidation behaviour of RR1000 with different surface modifications has been well studied using d...
In order to increase the performance of the preferred Ferritic 430 SS for manufacturing automobile a...
In order to better understand the physical process of deformation and cyclic softening a 12% Cr mart...
Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal f...
Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal f...
Degradation by the penetration of oxidation into the Cr12 roller steel is evaluated during thermal f...
Within the master work the phenomenon of appearance of firecracks on the surface of the work rolls t...
Acknowledgements: The authors would like to acknowledge Ovako AB, Sweden, for providing the samples,...
The Ph.D. thesis is focused on a surface degradation mechanisms under combined heat and mechanical l...
The present study aimed to investigate the microstructure, temperature and thermal stress evolution ...
A number of thermal exposures were undertaken to determine the effect oxidation has on the fatigue l...
International audienceThe interaction between thermal fatigue and aluminizing and/or oxidation is in...
High speed steel rolls have prevailed in hot rolling mills due to their excellent wear resistance, h...
These days, ensuring the high quality of thin products (0,6 – 2,0 mm) is the most promising directio...
As temperatures within the aero engine increase, oxidation will begin to have a greater effect on th...
The oxidation behaviour of RR1000 with different surface modifications has been well studied using d...
In order to increase the performance of the preferred Ferritic 430 SS for manufacturing automobile a...
In order to better understand the physical process of deformation and cyclic softening a 12% Cr mart...