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Plasticity of boronized layers

표제/저자사항
Plasticity of boronized layers / M.G. Krukovich, B.A. Prusakov, I.G. Sizov
Krukovich, M. G.   Prusakov, B. A.   Sizov, I. G.   
발행사항
[Cham], Switzerland : Springer, [2016]
ⓒ2016
형태사항
xi, 364 pages : illustrations (some color) ; 25 cm
총서사항
(Springer series in materials science, ISSN 0933-033X ; 237)
주기사항
Includes bibliographical references and index 전자버전: https://www.loc.gov/catdir/enhancements/fy1613/2016943853-t.html
표준번호/부호
ISBN 9783319400112
ISBN 3319400118
ISBN 9783319400129 (eBook)
ISBN 3319400126 (eBook)
ISSN 2196-2812 (electronic)
분류기호
듀이십진분류법-> 661.895
주제명
Borides -- Plastic properties
내용유형
text
매체유형
unmediated
수록매체유형
volume

권별정보

권별정보 목록
편/권차 편제 저작자 발행년도 ISBN 청구기호 자료이용하는곳 자료상태
M.G. Krukovich, B.A. Prusakov, I.G. Sizov [2016] 9783319400112 W661.895-17-1 보존 서고 신청후이용(보존)
CONTENTS
1 Introduction = 1
  Reference = 2
2 General Classification of Boriding Processes = 3
  2.1 Plain : The Mechanism of Saturating Atoms Generation = 7
  2.2 Plain : Technological Specifics = 8
  2.3 Plain : Phase Composition, Structure and Properties = 10
  2.4 Plain : Processing Temperature and Usage = 10
  References = 11
3 The Components and Phases of Systems 'Boron-Iron' and 'Boron-Carbon-Iron' = 13
  3.1 Boron(B) = 14
  3.2 Carbon(C) = 14
  3.3 Iron(Fe) = 15
  3.4 Boron Solid Solution in Iron = 15
  3.5 Iron Borides = 17
  References = 19
4 The Equilibrium Diagram of 'Boron-Iron' Binary System = 23
  4.1 The Evolution of the Equilibrium Diagram at High Concentrations of Boron(>0.25%) = 24
  4.2 The Evolution of the Equilibrium Diagram at Low Boron Concentrations(<0.25%) = 28
  4.3 The Complete Equilibrium Diagram of Fe-B Binary System = 30
    4.3.1 Marder's Diagram = 32
    4.3.2 Tylkina and Bochvar's Diagram = 33
    4.3.3 The Scheme of the Complete Equilibrium Diagram(Including the Formation of Fe₃B and FeB₂Borides) = 34
  References = 37
5 Multicomponent Equilibrium Diagrams Used in Boriding Treatments of Steels and Alloys = 39
  5.1 The Equilibrium Diagram of 'B-C-Fe' Triple System = 40
  5.2 Three-Component Diagrams of Boron-Containing Transition Metals = 44
  5.3 Four- and Five-Component Equilibrium Diagram Schemes for the Alloys Used in Boriding = 48
    5.3.1 The Principles of Building Multi-Component Equilibrium Diagram Schemes in Traditional Coordinates = 49
    5.3.2 Building the Equilibrium Diagram Scheme for Fe-Cr-Ni-B = 52
    5.3.3 Building the Equilibrium Diagram Scheme for Cr-Mo-Fe-W-B = 56
  References = 63
6 Plasticity as the Key to the Durability of Boronized Layers = 65
  6.1 The Classification of Boronized Layers by Their Plasticity = 66
  6.2 Evaluation Methods Applied to the Plasticity (Brittleness) of Boronized Layers = 71
  References = 79
7 The Formation Conditions for Boride and Boronized Layers and Their Influence on the Layers' Plasticity = 81
  7.1 The Formation Mechanism for Saturating Boron Atoms in Ionic Melted Mediums = 84
  7.2 The Formation Mechanism for Saturating Boron Atoms in Ionic Gaseous Mediums = 90
  7.3 The Formation Mechanism for Saturating Boron Atoms in Solid Mediums = 92
  7.4 The Mechanism of Mass Transfer in Mediums Containing Atomic Boron = 95
  7.5 The Stages of Boriding and the Control Over the Speed of Their Progress = 96
  7.6 The Formation Mechanism for Diffusive Boronized Layers in Steels = 103
    7.6.1 The Diffusion Formation Mechanism for Boronized Layers = 104
    7.6.2 The Diffusion-Crystallization Formation Mechanism for Boronized Layers = 105
  7.7 Gas Formation Patterns in Boriding = 107
  References = 108
8 Methods of Reducing the Brittleness of Boronized Layers : The Parameters of Boriding Technology Aimed at Determining the Plasticity of Boronized Layers = 111
  8.1 Methods of Reducing the Brittleness of Boride Phases in Layers = 112
  8.2 The Formation Peculiarities of the Transition Zone and Its Influence on the Properties = 115
  8.3 The Parameters of the Technological Process Which Determine the Plasticity of Boronized Layers in Steels = 121
    8.3.1 The Connection Between the Composition of Gaseous Mediums and the Plasticity of Boronized Layers = 122
    8.3.2 The Connection Between Non-contact Processing Conditions in Gaseous Mediums and the Plasticity of Boronized Layers = 126
    8.3.3 The Influence of the Conditions of Contact Saturation in Gaseous Mediums on the Plasticity of Boronized Layers = 141
    8.3.4 The Influence of Saturation Conditions in Liquid Mediums on the Plasticity of Boronized Layers = 165
    8.3.5 The Influence of Processing Conditions on the Plasticity of Boronized Layers at the Atomic State of the Medium = 180
    8.3.6 The Influence of Additional Processing on the Plasticity of Boronized Layers = 182
  References = 184
9 The Structure Compositeness as the Foundation for the Plasticity of Boronized Layers = 197
  9.1 Laser Boriding = 199
    9.1.1 Peculiarities of Boriding with Laser Heating = 199
    9.1.2 The Influence of Laser Heating on the Structure of Boronized Layers = 199
  9.2 Electron-Beam Boriding = 201
    9.2.1 The Peculiarities of Boriding with Electron-Beam Heating = 201
    9.2.2 The Influence of Electron-Beam Heating on the Structure of Boronized Layers = 203
    9.2.3 The Mechanical Properties of Boronized Layers with Composite Structure = 218
  References = 223
10 The Connection Between the Plasticity of Boronized Layers and the Mechanical and Exploitation Properties of Boronized Steels = 229
  10.1 The Generation Pattern for the Hardness of One-Phase and Multiple-Phase Structures in Boronized Layers = 230
  10.2 The Pattern for the Stress State Formation in Boronized Layers = 234
  10.3 The Pattern for the Brittleness Formation in Boronized Layers = 239
  10.4 The Wear-Resistance of Boronized Layers = 242
    10.4.1 The Wear Process Pattern for Boronized Layers in Sliding Friction Conditions = 247
    10.4.2 The Behavior Pattern of Boronized Steels in Abrasive Wear Conditions = 250
  10.5 The Thermal Fatigue Resistance and Scale Resistance in Boronized Layers = 252
  10.6 The Corrosion and Corrosion-Mechanical Fracture of Boronized Layers = 254
  10.7 The Mechanical Properties of Boronized Steels = 262
  References = 266
11 Modeling the Formation of Diffusive Boronized Layers and Their Wear-Resistance = 269
  11.1 Modeling the Formation of Diffusive Boride Layers = 274
  11.2 Modeling the Growth Kinetics of Diffusive Boride Layers = 276
  11.3 Modelling the Wear Processes of Boronized Layers = 280
  References = 283
12 The Prospective Boriding Technologies Guaranteeing the Improvements in the Plasticity of Layers = 285
  12.1 The Technological Specifics of Boriding Processes = 286
    12.1.1 The Preparation for the Surface Hardening = 286
    12.1.2 The Specifics of Boriding in Powder Mixtures = 290
    12.1.3 The Specifics of Boriding in Liquid Mediums = 292
    12.1.4 The Specifics of Boriding in Compact Materials(Coatings) = 294
    12.1.5 The Specifics of Gaseous Medium Boriding = 295
    12.1.6 Methods for Intensifying Diffusion Saturation = 296
  12.2 Other Methods of Boriding = 297
    12.2.1 Chemical Vapour Deposition(CVD-Processes) = 298
  References = 299
13 The Use of Boriding Processes in the Industrial Treatment of Details and Tools = 301
14 The Development of the Theory and Practice of Boriding = 311
  14.1 The Classification of Boriding Processes = 313
  14.2 The Components and Phases of Systems 'Boron-Iron' and 'Boron-Carbon-Iron' = 314
  14.3 The Equilibrium Diagram of 'Boron-Iron' Binary System = 315
  14.4 Multicomponent Equilibrium Diagrams Used in Boriding Treatments of Steels and Alloys = 315
  14.5 Plasticity as the Key to the Durability of Boronized Layers = 317
  14.6 The Formation Conditions for Boride and Boronized Layers and Their Influence on the Layers' Plasticity = 318
  14.7 Methods of Reducing the Brittleness of Boronized Layers The Parameters of Boriding Technology Aimed at Determining the Plasticity of Boronized Layers = 319
  14.8 The Structure Compositeness as the Foundation for the Plasticity of Boronized Layers = 328
  14.9 The Connection Between the Plasticity of Boronized Layers and the Mechanical and Exploitation Properties of Boronized Steels = 329
  14.10 Modeling the Formation of Diffusive Boronized Layers and Their Wear-Resistance = 330
  14.11 The Prospective Boriding Technologies Guaranteeing the Improvements in the Plasticity of Layers = 334
  14.12 The Use of Boriding Processes in the Industrial Treatment of Details and Tools = 335
  References = 336
Appendix A : The Calculation of Eutectic Temperatures and Concentrations in Two- and Multi-phase Systems = 341
Appendix B : Terms Used for Describing Boriding Processes in Accordance with the Classification Scheme = 355
Index = 363

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