This investigation focuses on the study of the solidification macrostructure of sand cast flake and spheroidal graphite cast irons. The macrostructure is revealed by using a special technique developed earlier by the authors, called Direct Austempering After Solidification. The observations make use of conventional metallography and Electron Back Scattering Diffraction. The latter technique allows a more detailed observation of the morphology of the austenite grains and the microstructure of the matrix. The results of Electron Back Scattering Diffraction validate the observations made using the macrographic technique. It is verified that the solidification of both flake and spheroidal graphite cast irons is dominated by the growth of large ...
The present work investigates the growth of the eutectic austenite of hypereutectic free graphite ca...
This study presents microstructural investigations of graphite precipitates found in cast irons. Bin...
Compacted graphite iron (CGI) is rapidly becoming an attractive alternative material for engine comp...
This investigation focuses on the study of the solidification mechanism of compacted graphite cast i...
This work investigates the size and morphology of the primary austenite grains present in lamellar g...
This manuscript summarizes recent investigation of the authors into the solidification and shrinkage...
There is a current discussion concerning the austenite grains of lamellar graphite irons and its gro...
This study deals with the solidification and microsegregation processes of near eutectic ductile cas...
This study aims at identifying the relationship between the shrinkage cavities and the solidificatio...
This work studies the evolution of the macrostructure of gray cast iron as the carbon equivalent (CE...
To further understand graphite growth mechanisms in cast irons, this study focuses on the crystal st...
This paper considers the most important quality factors in processing spheroidal graphite cast iron;...
The solidification structure of any casting has a marked influence on its final microstructure and p...
Growth of graphite during solidification and high-temperature solid-state transformation has been in...
A good understanding of the solidification process of a cast material is essential to understand how...
The present work investigates the growth of the eutectic austenite of hypereutectic free graphite ca...
This study presents microstructural investigations of graphite precipitates found in cast irons. Bin...
Compacted graphite iron (CGI) is rapidly becoming an attractive alternative material for engine comp...
This investigation focuses on the study of the solidification mechanism of compacted graphite cast i...
This work investigates the size and morphology of the primary austenite grains present in lamellar g...
This manuscript summarizes recent investigation of the authors into the solidification and shrinkage...
There is a current discussion concerning the austenite grains of lamellar graphite irons and its gro...
This study deals with the solidification and microsegregation processes of near eutectic ductile cas...
This study aims at identifying the relationship between the shrinkage cavities and the solidificatio...
This work studies the evolution of the macrostructure of gray cast iron as the carbon equivalent (CE...
To further understand graphite growth mechanisms in cast irons, this study focuses on the crystal st...
This paper considers the most important quality factors in processing spheroidal graphite cast iron;...
The solidification structure of any casting has a marked influence on its final microstructure and p...
Growth of graphite during solidification and high-temperature solid-state transformation has been in...
A good understanding of the solidification process of a cast material is essential to understand how...
The present work investigates the growth of the eutectic austenite of hypereutectic free graphite ca...
This study presents microstructural investigations of graphite precipitates found in cast irons. Bin...
Compacted graphite iron (CGI) is rapidly becoming an attractive alternative material for engine comp...