Rapid cycles of heat treatment were given to various Fe-C alloys with different initial morphology and carbon cotent between 0.03 and 0.98%C. The specimens were heated up to temperatures between 600 and 1000°C by passing a high-amperage ( 103 - 104 A) alternating current through them. The microstructural investigation was performed by light and electron microscopy as well as electron microprobe measurements. The results of the study are discussed in terms of the mechanisms of phase transformations, taking account of various parameters like carbon content, primary microstructure, temperature and heating rate
Three Fe-C-Cr and three Fe-C-Cr-Ni-based alloys containing carbon between 0.318 and 0.410 mass%, chr...
Metastable Fe-Mn alloys exhibit a non-thermoelastic martensitic transformation which is accompanied ...
MasterThe (100) texture can be evolved through the γ→α phase transformation by cooling in Fe-Si allo...
Rapid cycles of heat treatment were given to various Fe-C alloys with different initial morphology a...
The goal of this thesis is a study of heat treatment of iron-carbon alloys from a physical angle. Ch...
The goal of this thesis is the study of the factors influencing the character of the phase transform...
Phase Transformation Studies of Fe-C System with Differential Thermal Analyzer: Phase transformation...
The mechanical behaviour of Fe-C alloys have been determined in their phase transformation ranges du...
Carbon ions were implanted with energies between 50 and 150 keV into thin iron layers at temperature...
Phase Transformation Studies of Fe-C System with Differential Thermal Analyzer: Phase transformation...
The phase transformation and coordinated deformation behaviors of Cu-10wt.%FeC alloys in the differe...
Fe-0.96massC and Fe-15.4massNi-0.70massC alloys with hardness of 810 and 750 HV respectively have be...
This paper concentrates on the formation of ultra-fine grained Fe-base alloys via phase transformati...
Splat-cooled foils of a carburised high purity Fe-C alloy have been examined by transmission electro...
This thesis deals with the processes of heat treatment, their impacts on microstructure of iron allo...
Three Fe-C-Cr and three Fe-C-Cr-Ni-based alloys containing carbon between 0.318 and 0.410 mass%, chr...
Metastable Fe-Mn alloys exhibit a non-thermoelastic martensitic transformation which is accompanied ...
MasterThe (100) texture can be evolved through the γ→α phase transformation by cooling in Fe-Si allo...
Rapid cycles of heat treatment were given to various Fe-C alloys with different initial morphology a...
The goal of this thesis is a study of heat treatment of iron-carbon alloys from a physical angle. Ch...
The goal of this thesis is the study of the factors influencing the character of the phase transform...
Phase Transformation Studies of Fe-C System with Differential Thermal Analyzer: Phase transformation...
The mechanical behaviour of Fe-C alloys have been determined in their phase transformation ranges du...
Carbon ions were implanted with energies between 50 and 150 keV into thin iron layers at temperature...
Phase Transformation Studies of Fe-C System with Differential Thermal Analyzer: Phase transformation...
The phase transformation and coordinated deformation behaviors of Cu-10wt.%FeC alloys in the differe...
Fe-0.96massC and Fe-15.4massNi-0.70massC alloys with hardness of 810 and 750 HV respectively have be...
This paper concentrates on the formation of ultra-fine grained Fe-base alloys via phase transformati...
Splat-cooled foils of a carburised high purity Fe-C alloy have been examined by transmission electro...
This thesis deals with the processes of heat treatment, their impacts on microstructure of iron allo...
Three Fe-C-Cr and three Fe-C-Cr-Ni-based alloys containing carbon between 0.318 and 0.410 mass%, chr...
Metastable Fe-Mn alloys exhibit a non-thermoelastic martensitic transformation which is accompanied ...
MasterThe (100) texture can be evolved through the γ→α phase transformation by cooling in Fe-Si allo...