Surface Processing of Light Alloys Subject to Concentrated Energy Flows
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This book presents studies on the surface modification of aluminum and titanium alloys by electric explosive alloying and electron-beam processing. It also describes and analyzes the physical mechanism of energy actions of these technologies on physical and mechanical properties and discusses their potential use in industry to improve the characteristics of finished products. The book is intended for specialists in the field of condensed matter physics, metallurgy and heat treatment and materials science, as well as graduate and senior students in relevant fields. Foreword Preface Contents 1 Modifying of Structure-Phase States and Properties of Metals by Concentrated Energy Flows 1.1 Fatigue Failure in Metals and Alloys 1.2 Face Hardening of Metals and Alloys by Concentrated Energy Flows 1.3 The Effect of Electron-Beam Processing on Fatigue Strength of Various Steels 1.4 The Relevance of Face Hardening Methods for the Structure and Properties of Aluminum–Silicon Alloys 1.5 Processing of the Surfaces in Titanium and Titanium-Based Alloys 1.6 The Use of Concentrated Energy Flows for the Face Hardening of Titanium and Its Alloys 1.7 The Modifying of Structure and Properties in a Complex Surface Treatment References 2 Special Analysis Aspects of Modified Light Alloys 2.1 Materials of Research 2.2 Methods of Fatigue Tests 2.3 Methods of Electron-Beam Processing 2.4 Vacuum Impulse Electrical Explosion Apparatus EVU 60/10 for the Generation of Impulse Multiphase Plasma Jets 2.5 Equipment for the Processing of Titanium Alloy Surface by Low-Energy High-Current Electron Beam 2.6 Methods of Structural Studies 2.7 Methods of Quantity-Related Proceeding of Research Data References 3 Structure and Properties of As-Cast Silumin and Processed by Intense Pulsed Electron Beam 3.1 Structure-Phase Study of As-Cast Silumin 3.2 Structure and Phase Composition of Silumin Irradiated by an Intense Pulsed Electron Beam References 4 Fractography of Silumin Surface Fractured in High-Cycle Fatigue Tests 4.1 Fractography of a Fatigue Failure Surface in as-Cast Silumin 4.2 Fractography of Fatigue Failure Surface in Silumin Irradiated by an Intense Pulsed Electron Beam 4.2.1 Analysis of a Fracture Surface in Silumin Samples Modified by an Electron Beam with a Minimal Fatigue Life 4.2.2 Analysis of a Fracture Surface in Silumin Samples Modified by an Electron Beam with a Maximal Fatigue Life References 5 Degradation of Silumin Structure and Properties in High-Cycle Fatigue Tests 5.1 Degradation of Silumin Properties Irradiated by an Electron Beam in High-Cycle Fatigue Tests 5.2 Evolution of Defect Substructure and Phase State of Silumin Irradiated by an Intensive Pulsed Electron Beam During Fatigue Testing References 6 Modifying of Titanium VT6 Alloy Surface by Electrical Explosion Alloying 6.1 Electrical Explosion Alloying of Titanium VT6 Alloy by Titanium Diboride 6.2 Electrical Explosion Alloying of Titanium Alloy VT6 Surface by Boron Carbide 6.3 Electrical Explosion Alloying of Titanium Alloy VT6 Surface by Silicon Carbide References 7 Modifying of Titanium Alloy VT6 Surface by Electrical Explosion Alloying and Electron-Beam Processing 7.1 Research into Titanium Alloy VT6 Processed in Electrical Explosion of Diboride and Irradiated by Electron Beam 7.2 Effect of Electron-Beam Processing on Modifying of Titanium Surface Alloyed in an Electrical Explosion by Boron Carbide 7.3 Effect of Electron-Beam Processing on Modifying of Titanium Surface Alloyed in Electrical Explosion by Silicon Carbide References 8 Microhardness and Wear Resistance of Modified Layers 8.1 Depthwise Distribution of Microhardness in Modified Layers 8.1.1 Role of Powder Portion Weight for Depthwise Microhardness Distribution in the Zone of Electrical Explosion Alloying 8.1.2 Importance of Surface Energy Density for Depthwise Microhardness Distribution in Zone Irradiated by Electron Beams 8.2 Wear Resistance of Modified Layers References 9 Effect of Electron-Beam Processing on Structure and Phase Composition of Titanium VT1-0 Fractured in Fatigue Tests 9.1 Fracture Surface, Structures, and Phase Composition of Fractured Titanium VT1-0 When Fatigued 9.1.1 Fractography of the Fatigue Fracture Surface 9.1.2 Defect Sub-Structure and Phase Composition of the Titanium Surface Layer Fractured When Fatigue Testing 9.1.3 Structure of Titanium Fractured in Fatigue Tests 9.1.4 Gradient Structure Developing in Titanium When Fatigued 9.2 Fracture Surface, Structures, and Phase Composition of Commercially Pure Titanium Disintegrated When Fatigued After Electron-Beam Processing 9.2.1 Structure of Titanium Irradiated by a Pulsed Electron Beam 9.2.2 Fracture Surface of Titanium Irradiated by a Pulsed Electron Beam 9.2.3 Structure Developed in Fatigue Tests of Samples Irradiated by a Pulsed Electron Beam References
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