Science and Processing of Cast Iron XI

<ul><li>Preface</li><li>Chapter 1: Structure Formation, Melting, Analysis of Solidification</li><li>The Role of Compounds in Graphite Formation in Cast Iron - A Review</li><li>Effect of Cooling Rate on the Eutectoid Transformation in Compacted Graphite Cast Iron</li><li>Effect of Cooling Rate and Aluminium Addition on Graphite Growth during Solidification and Graphitization</li><li>Evolution of Shrinkage with Carbon Equivalent and Inoculation in Ductile Cast Irons</li><li>Reassessment of Crystal Growth Theory of Graphite in Cast Iron</li><li>Effect of the Cooling Rate on the Graphite Nodule Count and Size Distribution in Nodular Cast Iron</li><li>Crystallography of Growth Blocks in Spheroidal Graphite</li><li>Degenerated Graphite Growth in Ductile Iron</li><li>Effect of Si and Ni Addition on Graphite Morphology in Heavy-Section Spheroidal Graphite Iron Parts</li><li>The Influence of Trace Elements on the Nature of the Nuclei of the Graphite in Ductile Iron</li><li>The Structure of Cast Irons</li><li>On the Primary Solidification of Compacted Graphite Iron: Microstructure Evolution during Isothermal Coarsening</li><li>Stereological Analysis of the Statistical Distribution of the Size of Graphite Nodules in DI</li><li>X-Ray Imaging of Formation and Growth of Spheroidal Graphite in Ductile Cast Iron</li><li>Evolution of the Macrostructure of Gray Cast Iron from Eutectic to Hypereutectic Composition</li><li>Revisiting Models for Spheroidal Graphite Growth</li><li>Melt Stirring of Nodular Cast Iron</li><li>Influence of the Magnesium Treatment in a Georg Fischer Converter</li><li>The Experimental Study of Nodular Cast Iron Volume Changes during Solidification</li><li>Maximization and Control of Nodular Iron Melt's Self-Feeding Characteristics to Minimize Shrinkage</li><li>Density Variations during Solidification of Grey Cast Iron</li><li>Extended Method of Volume Change Measurements during Solidification of Lamellar Graphite Iron</li><li>Chapter 2: Alloyed Cast Iron and Austempered Ductile Iron</li><li>Analysis of Nuclei in a Heavy-Section Nodular Iron Casting</li><li>Transformation Kinetics and Mechanical Properties of Copper-Alloyed and Copper-Nickel Alloyed ADI</li><li>Impact of Molybdenum on Heat-Treatment and Microstructure of ADI</li><li>ADI 1050-6 Mechanical Behavior at Different Strain Rates and Temperatures</li><li>Correlation between Microstructure and Mechanical Properties of Austempered Ductile Irons</li><li>High Strain Rate Dynamic Deformation of ADI</li><li>Effect of Hot Working Parameters on Microstructure Evolution and Mechanical Properties of Ausformed Austempered Ductile Iron</li><li>A New High Strength High Ductile Nodular Iron</li><li>Influence of Cooling Rate on Nature and Morphology of Intercellular Precipitates in Si-Mo Ductile Irons</li><li>Austempering Experiments of Production Grade Silicon Solution Strengthened Ductile Iron</li><li>Chapter 3: Research and Testing Mechanical Properties of Cast Irons</li><li>Effect of Boron and Cross-Section Thickness on Microstructure and Mechanical Properties of Ductile Iron</li><li>Correlation between Solidification Time and Cooling Rate, Microstructure and Tensile Strength of a Low Alloyed Grey Cast Iron</li><li>Influence of Local Microstructure on Stresses, Durability and Fracture Mechanics of Cast Iron Components</li><li>Strength Prediction of Lamellar Graphite Iron: From Griffith's to Hall-Petch Modified Equation</li><li>Variation of Tensile Properties of High Silicon Ductile Iron</li><li>Mechanism of Damage of Ferritic Ductile Iron, Influence of Matrix Heterogeneity</li><li>A Fatigue and Fracture Study on High Strength Cast Irons</li><li>Mechanical Properties and Impact Toughness of Nickel and Aluminum Alloyed High Silicon Ductile Iron</li><li>Understanding the Machinability of Austempered Ductile Iron (ADI)</li><li>Scratch Behaviour of Silicon Solid Solution Strengthened Ferritic Compacted Graphite Iron (CGI)</li><li>Residual Stresses in Cast Iron Components - Simulated Results Verified by Experimental Measurements</li><li>Ductile Cast Iron with High Toughness at Low Temperatures</li><li>Evaluation of Microstructure Quality in Ductile Irons Based on Tensile Behaviour Analysis</li><li>Chapter 4: High Temperature Properties</li><li>High-Temperature Oxidation of a High Silicon SiMo Spheroidal Cast Iron in Air with <i>In Situ</i> Change in H₂O Content</li><li>Plastic Deformation and Creep of Two Ductile Cast Irons, SiMo51 and SiMo1000, during Thermal Cycling with Large Strains</li><li>High-Temperature Corrosion-Fatigue Behavior of Ductile Cast Irons for Exhaust Manifolds Applications</li><li>Thermo-Mechanical Fatigue of Grey Cast Iron for Cylinder Heads - Effect of Niobium, Molybdenum and Solidification Time</li><li>High Temperature Strength of Cast Irons for Cylinder Heads</li><li>Oxidation Resistant Cast Iron for High Temperature Application</li><li>Effect of C Content on High Temperature Erosive Wear Characteristics of Fe-Based V Containing Multi-Component Cast Steel with Ni</li><li>Chapter 5: Simulation Approaches and Mathematical Modeling</li><li>Prediction of Shrinkage Defects in Iron Castings Using a Microporosity Model</li><li>Modelling Approach and Challenges in Simulating Dross Formation in Ductile Iron Castings</li><li>Three-Dimensional Microstructural Characterization of Cast Iron Alloys for Numerical Analyses</li><li>Solidification Chronology of the Metal Matrix and a Study of Conditions for Micropore Formation in Cast Irons Using EPMA and FTA</li><li>Mathematical Characterization of the Tensile Deformation Curve of Cast Iron Materials</li><li>"Cast Iron - A Predictable Material" 25 Years of Modeling the Manufacture, Structures and Properties of Cast Iron</li><li>Residual Stresses around Individual Graphite Nodules in Ductile Iron: Impact on the Tensile Mechanical Properties</li><li>Three-Dimensional Modeling of Green Sand and Squeeze Molding Simulation</li><li>Chapter 6: Equipment and Assistive Technologies in Processing of Cast Iron</li><li>Visual Nonlinear Feedback Control of Liquid Level in Mold Sprue Cup by Cascade System with Flow Rate Control for Tilting-Ladle-Type Automatic Pouring System</li><li>Pressing Control Design Based on Analysis of Metal Temperature and Flow in Sand Mold Press Casting</li><li>Recent Advances in Cast Iron Structure and Properties Ultrasonic Testing and Flaw Detection</li><li>New Possibilities with Improved Green Sand Testing Equipment</li><li>Cast Iron Components with Intelligence</li><li>Quantified X-Ray Mapping in the WDS Mode</li></ul>