When the quantitative characterization of non-metallic inclusions in steel is done and the effect of limiting factors is assessed, and based on that the possibility of reconstruction of the total content of non-metallic inclusions in steel is estimated, further considerations can be directed towards predicting the model of the size distribution curve. The aim of this work is to establish relations based on which it will be possible to quantify the content of non-metallic inclusions in extra-pure steels, when metallographic control is difficult or even impossible by routine procedures
Large inclusions can be the initiation site for fatigue failure in metal components. As melting pro...
Abstract Recent inclusion models are mainly focused on the compositional evolution of inclusion, st...
Different industrial melting and ladle practices (deoxidation, slag, refractory types, etc.) used in...
When the quantitative characterization of non-metallic inclusions in steel is done and the effect of...
Non-metallic inclusions have always been the active subject of steelmaking research to improve the s...
The evolution of oxide inclusion size distribution and the shape of the distribution during steelmak...
AbstractThe search for increasingly cleaner steels has heightened the demand for additional analysis...
Deoxidation is an unavoidable step in the elaboration of steel. The study of its influence could imp...
The interest of gaining on-line information related to non-metallic inclusions during the steelmakin...
This doctoral thesis is motivated by the metallurgical problem of non-metallic inclusions, which ari...
Due to growing demands for steel powder properties and continuous evolution of the powder metallurgy...
The effects of sample area and automated SEM/EDS feature analysis parameters (step size, magnificati...
Non-metallic inclusions (NMIs) play a key role in many important properties of steel, influencing bo...
Inclusions play an important role in the performance of steel products. In this respect, they should...
The source, the removal and the mechanical consequences of the non-metallic inclusions depends on th...
Large inclusions can be the initiation site for fatigue failure in metal components. As melting pro...
Abstract Recent inclusion models are mainly focused on the compositional evolution of inclusion, st...
Different industrial melting and ladle practices (deoxidation, slag, refractory types, etc.) used in...
When the quantitative characterization of non-metallic inclusions in steel is done and the effect of...
Non-metallic inclusions have always been the active subject of steelmaking research to improve the s...
The evolution of oxide inclusion size distribution and the shape of the distribution during steelmak...
AbstractThe search for increasingly cleaner steels has heightened the demand for additional analysis...
Deoxidation is an unavoidable step in the elaboration of steel. The study of its influence could imp...
The interest of gaining on-line information related to non-metallic inclusions during the steelmakin...
This doctoral thesis is motivated by the metallurgical problem of non-metallic inclusions, which ari...
Due to growing demands for steel powder properties and continuous evolution of the powder metallurgy...
The effects of sample area and automated SEM/EDS feature analysis parameters (step size, magnificati...
Non-metallic inclusions (NMIs) play a key role in many important properties of steel, influencing bo...
Inclusions play an important role in the performance of steel products. In this respect, they should...
The source, the removal and the mechanical consequences of the non-metallic inclusions depends on th...
Large inclusions can be the initiation site for fatigue failure in metal components. As melting pro...
Abstract Recent inclusion models are mainly focused on the compositional evolution of inclusion, st...
Different industrial melting and ladle practices (deoxidation, slag, refractory types, etc.) used in...