Technologies of Semi-Solid Metal Processing

<ul><li>Preface</li><li>Impact of Processing Conditions on the Fluidity and Consistency of GISS-Processed Semi-Solid Aluminum Alloys</li><li>High Speed Roll Casting of Al-5%Mg Strip at Semisolid Condition</li><li>Venting Systems in Semi-Solid Processing of Aluminium</li><li>Study on Processing Conditions for Semi-Solid Forging of Magnesium Alloys</li><li>Insert Molding of Aluminum Alloy A7075 and Alumina Plate by Semi-Solid Forging</li><li>Microstructure Design of Semi-Solid Slurry for Metal Direct Writing</li><li>Flow Length Influence of Cores Made of High-Temperature Composite in Semi-Solid AZ91 Produced in Thixomolding</li><li>A Study on Microstructure and Properties of Aluminum Alloy Bracket Produced by a New Semi-Solid Rheo-Diecasting Process</li><li>On the Liquid Portion Composition Deviation in the RheoMetal Process</li><li>New Addressable Applications for Rheocasting to Escape from an Oversupplied Market</li><li>An Application of Injection Molding to Semisolid Processing of Metallic Alloys: A Role of SIMA in Feedstock Transformation</li><li>Performance and Fundamental Differences between Rheocast and High-Pressure Vacuum Die Cast Al-Si-Mg Alloys</li><li>Producing Structural High Integrity Castings with Minimum Carbon Footprint with the Comptech-Rheocasting Process</li><li>Gas Induced Superheated Slurry: Industrial Applicability, Energy Savings and Sustainability in High Pressure Die Casting</li></ul>