ALUMINIUM AND ITS ALLOYS
CONTENTS DIRECT CHILL CASTING: DEVELOPMENT OF THE TECHNOLOGY REFERENCES SOLIDIFICATION OF ALUMINUM ALLOYS 2 1 EFFECT OF COOLING RATE AND MELT TEMPERATURE ON SOLIDIFI CATION OF ALUMINUM ALLOYS 2 2 MICROSEGREGATION IN ALUMINUM ALLOYS 2 3 SOLIDIFI CATION REACTIONS AND PHASE COMPOSITION COMMERCIAL ALUMINUM 2 3 2 WROUGHT ALLOYS WITH MANGANESE (3XXX SERIES) 2 3 3 AL–MG–SI WROUGHT ALLOYS (6XXX SERIES) AL–MG–SI–CU WROUGHT ALLOYS (6XXX AND 2XXX SERIES) 2 3 5 AL–MG–MN WROUGHT ALLOYS (5XXX SERIES) AL–CU–MN (MG, SI, NI) WROUGHT ALLOYS (2XXX SERIES) AL–MG–ZN–(CU) WROUGHT ALLOYS (7XXX SERIES) 2 3 8 WROUGHT ALLOYS CONTAINING LITHIUM AL–CU–LI COMMERCIAL ALLOYS 2 3 8 2 AL–LI–MG COMMERCIAL ALLOYS 2 3 8 3 AL–LI–CU–MG COMMERCIAL ALLOYS 2 4 EFFECT OF ALLOY COMPOSITION ON STRUCTURE FORMATION: GRAIN REFI NEMENT MECHANISMS OF GRAIN REFI NEMENT AL–SC–ZR PHASE DIAGRAM AL–TI–B PHASE DIAGRAM AL–TI–C PHASE DIAGRAM SOLIDIFICATION PATTERNS AND STRUCTURE FORMATION DURING DIRECT CHILL CASTING SHAPE AND DIMENSIONS OF THE BILLET SUMP 3 2 SOLIDIFI CATION RATE AND COOLING RATE DURING DC CASTING 3 3 EFFECTS OF PROCESS PARAMETERS ON THE FORMATION OF GRAIN STRUCTURE CONTENTS 3 4 EFFECT OF PROCESS PARAMETERS ON THE AMOUNT OF NONEQUILIBRIUM EUTECTICS 3 5 EFFECT OF PROCESS PARAMETERS AND ALLOY COMPOSITION ON THE OCCURRENCE OF SOME CASTING DEFECTS MACROSEGREGATION 4 1 MECHANISMS OF MACROSEGREGATION HISTORIC OVERVIEW PERMEABILITY CONVECTION-DRIVEN MACROSEGREGATION SHRINKAGE-DRIVEN MACROSEGREGATION FLOATING GRAINS AND MACROSEGREGATION DEFORMATION-DRIVEN MACROSEGREGATION 4 2 EFFECTS OF PROCESS PARAMETERS ON MACROSEGREGATION DURING DC CASTING EFFECT OF CASTING SPEED ON MACROSEGREGATION DURING DC CASTING 4 2 2 EFFECT OF MELT TEMPERATURE ON MACROSEGREGATION DURING DC CASTING 4 2 3 DIMENSIONS OF THE BILLET: SCALING RULE OF MACROSEGREGATION EFFECT OF FORCED CONVECTION ON MACROSEGREGATION DURING DC CASTING 4 3 EFFECT OF COMPOSITION ON MACROSEGREGATION: MACROSEGREGATION IN COMMERCIAL ALUMINUM ALLOYS HOT TEARING THERMAL CONTRACTION DURING SOLIDIFI CATION 5 2 MECHANICAL PROPERTIES OF SEMI-SOLID ALLOYS TESTING TECHNIQUES STRENGTH PROPERTIES OF ALUMINUM ALLOYS IN THE SEMI-SOLID STATE 5 2 3 DUCTILITY OF ALUMINUM ALLOYS IN THE SEMI-SOLID STATE 5 3 MECHANISMS AND CRITERIA FOR HOT TEARING HISTORIC OVERVIEW OF HOT TEARING RESEARCH AND SUGGESTED MECHANISMS HOT TEARING CRITERIA STRESS-BASED CRITERIA 5 3 2 2 STRAIN-BASED CRITERIA 5 3 2 3 STRAIN RATE-BASED CRITERIA 5 3 2 4 CRITERIA BASED ON OTHER PRINCIPLES APPLICATION OF HOT TEARING CRITERIA TO DC CASTING OF ALUMINUM ALLOYS QUEST FOR A NEW HOT TEARING CRITERION 5 4 EFFECTS OF PROCESS PARAMETERS ON HOT TEARING DURING DC CASTING THERMO-MECHANICAL BEHAVIOR OF A DC-CAST BILLET (INGOT) EFFECTS OF COMPOSITION AND CASTING SPEED ON HOT TEARING DURING DC CASTING EFFECT OF MELT TEMPERATURE ON HOT TEARING DURING DC CASTING STRUCTURAL FEATURES ASSOCIATED WITH HOT TEARING IN DC CASTING