The occurrence of porosity during alloy solidification is a significant factor in evaluating the quality of metal castings. In general, porosity forms when there is solidification shrinkage, failure of interdendritic feeding or exsolution of dissolved gas from the melt The existence of porosity in castings is known to negatively effect mechanical properties, suc
A computer model was constructed and run to predict the thermal history of a Stellite alloy investm...
A computer model was constructed and run to predict the thermal history of a Stellite alloy investm...
Metals casting is a process governed by the interaction of a range of physical phenomena. Most compu...
The occurrence of porosity during alloy solidification is a significant factor in evaluating the qua...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
A comprehensive methodology that takes into account alloy solidification, shrinkage-driven interdend...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
In this work we have developed two criteria which can characterize the susceptibility to microporosi...
Abstract: Cast Aluminum-Silicon alloys are used in automotive and industrial weight sensitive applic...
There is a significant variation in the amount of porosity found in directionally solidified casting...
A mathematical model on the microporosity of aluminum castings is proposed, considering the pressure...
The formation of pores in castings is dependent on local solidification rates and the gas content in...
In this article macrosegregation and porosity formation are investigated by a numerical modeling tec...
The formation of pores in castings is dependent on local solidification rates and the gas content in...
Porosity is one of the most common defects in casting production. When some parts of the casting beg...
A computer model was constructed and run to predict the thermal history of a Stellite alloy investm...
A computer model was constructed and run to predict the thermal history of a Stellite alloy investm...
Metals casting is a process governed by the interaction of a range of physical phenomena. Most compu...
The occurrence of porosity during alloy solidification is a significant factor in evaluating the qua...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
A comprehensive methodology that takes into account alloy solidification, shrinkage-driven interdend...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
In this work we have developed two criteria which can characterize the susceptibility to microporosi...
Abstract: Cast Aluminum-Silicon alloys are used in automotive and industrial weight sensitive applic...
There is a significant variation in the amount of porosity found in directionally solidified casting...
A mathematical model on the microporosity of aluminum castings is proposed, considering the pressure...
The formation of pores in castings is dependent on local solidification rates and the gas content in...
In this article macrosegregation and porosity formation are investigated by a numerical modeling tec...
The formation of pores in castings is dependent on local solidification rates and the gas content in...
Porosity is one of the most common defects in casting production. When some parts of the casting beg...
A computer model was constructed and run to predict the thermal history of a Stellite alloy investm...
A computer model was constructed and run to predict the thermal history of a Stellite alloy investm...
Metals casting is a process governed by the interaction of a range of physical phenomena. Most compu...