Thermal analysis is widely used to determine solidification characteristics of metals and alloys in various metallurgical processes. Computer-Aided Cooling Curve Analysis (CA-CCA) is the most popular thermal analysis technique because of its ease of use and low cost. This paper discusses the principles of CA-CCA and zero curve calculations. The methods for calculating key solidification characteristics of metals from cooling curves are presented, and their importance in the quality control of manufacturing processes are demonstrated. Examples are presented for cast iron, copper and aluminum alloys.D. Emadi, L. V. Whiting, S. Nafisi and R. Ghomashch
International audienceEvaluation of solidification kinetics by thermal analysis is a useful tool for...
This paper presents the problems related to smelting gray and ductile cast iron. Special attention i...
This paper presents the problems related to smelting gray and ductile cast iron. Special attention i...
The cooling curve analysis (CCA) has been used extensively in the metal casting industry, usually to...
In this work is described a new cooling curve analysis method focused on the experimental determinat...
Thermal Analysis (TA) has been used since long time to measure equilibrium temperature (Tliquidus an...
In this work is described a new cooling curve analysis method focused on the experimental determinat...
The solidification of cast iron is a complex process with characterized entrance and marginal condit...
This paper is devoted to the memory of Professor Ljubomir Nedeljkovic (1933-2020), Head of the Depar...
This paper is devoted to the memory of Professor Ljubomir Nedeljkovic (1933-2020), Head of the Depar...
Depending on the casting conditions and alloy composition, microstructure and properties of the alum...
The ability to determine the quality and properties of a casting prior to the casting process by sam...
The ability to determine the quality and properties of a casting prior to the casting process by sam...
Computer-aided cooling curve analysis (CA-CCA) is a cost-saving and easy-to-use thermal analysis too...
This work deals with problem of analyzing cooling curves of ductile iron and discovering possibility...
International audienceEvaluation of solidification kinetics by thermal analysis is a useful tool for...
This paper presents the problems related to smelting gray and ductile cast iron. Special attention i...
This paper presents the problems related to smelting gray and ductile cast iron. Special attention i...
The cooling curve analysis (CCA) has been used extensively in the metal casting industry, usually to...
In this work is described a new cooling curve analysis method focused on the experimental determinat...
Thermal Analysis (TA) has been used since long time to measure equilibrium temperature (Tliquidus an...
In this work is described a new cooling curve analysis method focused on the experimental determinat...
The solidification of cast iron is a complex process with characterized entrance and marginal condit...
This paper is devoted to the memory of Professor Ljubomir Nedeljkovic (1933-2020), Head of the Depar...
This paper is devoted to the memory of Professor Ljubomir Nedeljkovic (1933-2020), Head of the Depar...
Depending on the casting conditions and alloy composition, microstructure and properties of the alum...
The ability to determine the quality and properties of a casting prior to the casting process by sam...
The ability to determine the quality and properties of a casting prior to the casting process by sam...
Computer-aided cooling curve analysis (CA-CCA) is a cost-saving and easy-to-use thermal analysis too...
This work deals with problem of analyzing cooling curves of ductile iron and discovering possibility...
International audienceEvaluation of solidification kinetics by thermal analysis is a useful tool for...
This paper presents the problems related to smelting gray and ductile cast iron. Special attention i...
This paper presents the problems related to smelting gray and ductile cast iron. Special attention i...