Precipitation in Zr-Based Ternary Alloys during Quenching

Tokujiro Yamamoto; Yoshihiko Yokoyama; Akihisa Inoue

doi:10.4028/www.scientific.net/MSF.706-709.1348

Paper Titles

Manufacture and Industrial Application of Fe-Based Metallic Glasses
p.1324

Effect of Inhomogeneity of Zr-Based Bulk Metallic Glass Plate on Fatigue Strength under Torsion
p.1331

Molecular Dynamics Simulations Based on Plastic Crystal Model with Introducing United Atom Scheme Demonstrated for Zr₂Ni Metallic Glass
p.1337

Development of Cu-Clad Metallic Glass for Soldering
p.1343

Precipitation in Zr-Based Ternary Alloys during Quenching
p.1348

Homogeneous Abnormal Grain Growth in Polycrystalline Materials
p.1355

Flow Curve Modelling of an Austenitic Stainless Steel at High Temperatures Starting from the One-Parameter Model of Strain Hardening
p.1361

Interface Motion and Interface Mobility of the Partitioning Phase Transformations in Fe-Mn-C and Fe-C Alloys: A Cyclic Phase Transformation Approach
p.1367

An Analytical Technique for Optimization of Mechanical Performance of Foam Core Sandwich Structures
p.1373

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Precipitation in Zr-Based Ternary Alloys during Quenching

Abstract:

The crystal structure of the phase precipitated in a Zr-Cu-Al ternary alloy during quenching was investigated. The crystal structure is constructed by stacking several atomic layers periodically and is similar to that of the Laves phases. The reason why a Zr-Cu-Al alloy tends to crystallize into Laves-like periodic stacking order structure is discussed.