Physical Metallurgy of Direct Chill Casting of Aluminum Alloys
by Dmitry G. Eskin
BRIEF CONTENTS
Direct Chill Casting: Development of the Technology
Direct Chill Casting
- Direct Chill Casting
- Direct Chill Casting
- Direct Chill Casting
- Direct Chill Casting
- Direct Chill Casting: Development of the Technology
- Direct Chill Casting: Development of the Technology
- Direct Chill Casting: Development of the Technology
- Direct Chill Casting: Development of the Technology
- Direct Chill Casting: Development of the Technology, Si, Direct Chill Casting: Development of the Technology
- Direct Chill Casting: Development of the Technology
- Direct Chill Casting
- Direct Chill Casting
- Direct Chill Casting
- Al – Li – Cu – Mg Commercial Alloys
- Direct Chill Casting: Development of the Technology
- Mechanisms of Grain Refinement
- Al – Li – Cu – Mg Commercial Alloys
- Al – Li – Cu – Mg Commercial Alloys
- Al – Li – Cu – Mg Commercial Alloys
- References
Al – Li – Cu – Mg Commercial Alloys
- Al – Li – Cu – Mg Commercial Alloys
- Al – Li – Cu – Mg Commercial Alloys
- Al – Li – Cu – Mg Commercial Alloys
- Al – Li – Cu – Mg Commercial Alloys
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- References
Macrosegregation
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Effect of Process Parameters and Alloy Composition on the Occurrence of Some Casting Defects
- Direct Chill Casting: Development of the Technology
- Scaling Rule of Macrosegregation
- Direct Chill Casting: Development of the Technology
- References
Scaling Rule of Macrosegregation
- Scaling Rule of Macrosegregation
- Scaling Rule of Macrosegregation
- Scaling Rule of Macrosegregation
- Scaling Rule of Macrosegregation
- Scaling Rule of Macrosegregation
- Scaling Rule of Macrosegregation
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Direct Chill Casting: Development of the Technology
- Historic Overview of Hot Tearing Research and Suggested Mechanisms
- Effect of Melt Temperature on Hot Tearing during DC Casting
- Effect of Melt Temperature on Hot Tearing during DC Casting
- References
Some usuful figures from this book
Figure 1.5 – Dependence of dendrite arm spacing
on the solidification rate in DC casting
Solidification shrinkage of aluminum alloys amounts to 6–8 vol.%.
In Figure 5.1: Development of volume solidifi cationshrinkage in an Al–4% Cu alloy
(Maney Publishing)
Figure 5.2 – Schematic representation of external signs of solidification shrinkage and
thermal contraction of an aluminium alloy (a)
Figure 5.34 – Shape distortions typical of DC-cast ingots.
A view from the short side of the ingot.
