Add to ORKGGrain refinement during solidification improves alloy properties, reduces defects such as hot tearing and porosity and leads to a more homogeneous product for improved processing. Controlling the grain size of a casting is therefore of great importance
Grain refinement leads, in general, to a decreased tendency to hot tearing, a more dispersed and ref...
Grain refinement of cast alloys, especially aluminum–silicon and magnesium-based alloys, is an effec...
The current state of research in grain refining practices in cast titanium alloys has been reported....
Grain refinement leads, in general, to a decreased tendency to hot tearing, a more dispersed and ref...
The Interdependence model is now widely used to analyze the results of grain refinement studies. Alt...
The Interdependence model is now widely used to analyze the results of grain refinement studies. Alt...
This paper presents the results of recent research on the grain refinement of aluminium alloys. Ther...
This paper presents the results of recent research on the grain refinement of aluminium alloys. Ther...
A model for the determination of relative grain size is developed based on the assumption that nucle...
The Interdependence model will be briefly reviewed and then applied to two different casting situati...
This paper will use a new method for predicting grain size and then apply it to various solidificati...
This paper will use a new method for predicting grain size and then apply it to various solidificati...
The mechanical properties of castings depend on the grain size. There is evidence that titanium and ...
Grain refinement is a well established process for many cast and wrought alloys. The mechanical prop...
A recent model that predicts the effect of solute content on grain size was shown to predict the eff...
Grain refinement leads, in general, to a decreased tendency to hot tearing, a more dispersed and ref...
Grain refinement of cast alloys, especially aluminum–silicon and magnesium-based alloys, is an effec...
The current state of research in grain refining practices in cast titanium alloys has been reported....
Grain refinement leads, in general, to a decreased tendency to hot tearing, a more dispersed and ref...
The Interdependence model is now widely used to analyze the results of grain refinement studies. Alt...
The Interdependence model is now widely used to analyze the results of grain refinement studies. Alt...
This paper presents the results of recent research on the grain refinement of aluminium alloys. Ther...
This paper presents the results of recent research on the grain refinement of aluminium alloys. Ther...
A model for the determination of relative grain size is developed based on the assumption that nucle...
The Interdependence model will be briefly reviewed and then applied to two different casting situati...
This paper will use a new method for predicting grain size and then apply it to various solidificati...
This paper will use a new method for predicting grain size and then apply it to various solidificati...
The mechanical properties of castings depend on the grain size. There is evidence that titanium and ...
Grain refinement is a well established process for many cast and wrought alloys. The mechanical prop...
A recent model that predicts the effect of solute content on grain size was shown to predict the eff...
Grain refinement leads, in general, to a decreased tendency to hot tearing, a more dispersed and ref...
Grain refinement of cast alloys, especially aluminum–silicon and magnesium-based alloys, is an effec...
The current state of research in grain refining practices in cast titanium alloys has been reported....