Modern metallurgy is a fascinating field of research, full of discoveries, commercial opportunities and industrial utility. Encyclopedia of Materials: Metals and Alloys is a new, multidisciplinary reference work offering a comprehensive coverage of this exciting area, and consolidating research activities in all experimental and theoretical aspects of metallic materials, intermetallic compounds, alloys, blends and composites. Key focus is on those aspects of the science of metals concerned with their manufacturing, processing and fabrication, the relationship between the macro/micro/nanostructures and properties (mechanical, chemical, electrical, electrochemical, magnetic and optical), industrial application, surface modification and functionalization of metals – and, importantly, resource and supply chain issues, and life-cycle and sustainability practices.
This title provides users with a single and unique reference source, incorporating elements from many different disciplines. An invaluable addition to any reference library of engineers, chemists and physicists, both from industry and academia.
1. Introduction: Light Alloys and Composites - p. iii 2. Magnesium - p. iii 3. Magnesium Alloys: Fundamentals and Recent Advances - p. iii 4. Magnesium Alloys: Properties and Applications - p. iii 5. Magnesium: Alloying - p. iii 6. Mechanical Properties and Tribological Behavior of Magnesium Metal Matrix Composites With Micron-Sized and Nano-Sized Reinforcements - p. iii 7. Corrosion of Mg Alloys - p. iii 8. Coating of Mg Alloys and Composites - p. iii 9. Electrochemical Surface Treatments for Mg Alloys - p. iii 10. Mg as Bioabsorbable Material - p. iii 11. Aluminum - p. iii 12. Casting Aluminum Alloys - p. iii 13. Wrought Aluminum Alloys - p. iii 14. An Overview of Metal Matrix Composites, MMCs, and Future Perspectives - p. iii 15. Determination of Mechanical Behavior of Al – CNT - p. iii 16. Corrosion of Aluminum, Aluminum Alloys, and Composites - p. iii 17. Surface Treatments on Al Alloys and Composites - p. iii 18. Titanium - p. iii 19. Titanium, Titanium Alloys and Composites - p. iii 20. Corrosion of Titanium Alloys and Composites in Aqueous Solutions - p. iii 21. Surface Treatments on Ti Alloys and Composites - p. iii 22. Processing Techniques - p. iii 23. New Processing Routes for Nanostructuration of Light Alloys - p. iii 24. Welding and Joining of Light Alloys - p. iii 25. Additive Manufacturing of Al and Mg Alloys and Composites - p. iii 26. Additive Manufacturing of Titanium Alloys - p. iii 27. High Temperature Extreme Alloys and Composites - p. iii 28. Introduction: High Temperature Extreme Alloys and Composites - p. iii 29. Testing Methods for High Temperature Materials - p. iii 30. Titanium and Its Alloys - p. iii 31. Nickel-Based Superalloys - p. iii 32. Nickel-Based Superalloys: Alloying Methods and Thermomechanical Processing - p. iii 33. High-Temperature Extreme Alloys - p. iii 34. An Overview on Co-Base Alloys for High Temperature Applications - p. iii 35. Intermetallics: Silicides - p. iii 36. Intermetallics: Applications - p. iii 37. Nuclear Applications: Zirconium Alloys - p. iii 38. Materials for Nuclear Reactors - p. iii 39. Fuel Cells: Materials - p. iii 40. Cemented Carbides – An Outstanding Class of Refractory Based Alloys - p. iii 41. Carbon Based Materials - p. iii 42. Cermets and Hardmetals - p. iii 43. Oxide Fiber Reinforced Oxide Ceramic Matrix Composite – An Alternative to Metallic Alloys at High Temperature - p. iii 44. Oxidation of Metal - p. iii 45. High-Temperature Oxidation of Zirconium Alloys in Various Atmospheres - p. iii 46. High Temperature Corrosion - p. iii 47. Thermo-Mechanical Fatigue – In the Gas Turbine Engine - p. iii 48. Creep of Power Plant Steels - p. iii 49. Creep of Non-Ferrous Metals - p. iii 50. Lifing Approaches for High Temperature Applications - p. iii 51. Thermal Plasma Processing of Materials: High Temperature Applications - p. iii 52. Solidification of Superalloys - p. iii 53. Additive Materials for High Temperature Applications - p. iii 54. High Entropy Alloys and Combinatorial Approaches - p. iii 55. Introduction: High Entropy Alloys and Combinatorial Approaches - p. iii 56. High-Entropy Alloys: Overview - p. iii 57. High-Entropy Ceramics - p. iii 58. High-Entropy Alloys: Bulk Metallic Glasses - p. iii 59. High Entropy Alloys: Manufacturing Routes - p. iii 60. Combinatorial Approaches: Phase Diagrams - p. iii 61. Applications of High Throughput (Combinatorial) Methodologies to Electronic, Magnetic, Structural, and Energy-Related Materials - p. iii 62. Nanocrystalline High Entropy Alloys: Processing and Properties - p. iii 63. High Entropy Alloys: Advanced Synchrotron X-Ray and Neutron Scattering Studies - p. iii 64. Lattice Distortion in High-Entropy Alloys - p. iii 65. High-Entropy Alloys: Diffusion - p. iii 66. Recrystallization Behavior of High Entropy Alloys - p. iii 67. High Entropy Alloys: Elastic Parameters and Trends - p. iii 68. High Entropy Alloys: Solid Solution Strengthening - p. iii 69. High-Entropy Alloys: Balancing Strength and Ductility at Room Temperature - p. iii 70. Mechanical Behavior of High-Entropy Alloys Focusing on Tensors: An in situ Neutron Diffraction Investigation From Room to Elevated Temperature - p. iii 71. High-Entropy Alloys: Serration Behavior - p. iii 72. Physical Properties of High Entropy Alloys - p. iii 73. High Entropy Alloys: Magnetocaloric Effects - p. iii 74. Multi-Principal-Element Approach to High-Performance Thermoelectric Materials - p. iii 75. Superconductivity in High-Entropy and Medium-Entropy Alloys From the Ti-Zr-Nb-Sn-Hf-Ta System - p. iii 76. High Entropy Alloys – Aqueous Corrosion - p. iii 77. High Entropy Alloys: Oxidation - p. iii 78. High Entropy Alloys: Irradiation - p. iii 79. High Entropy Alloys: Welding - p. iii 80. High-Entropy Coatings - p. iii 81. Additive and Advanced Manufacturing - p. iii 82. Introduction: Additive and Advanced Manufacturing - p. iii 83. Selection of Appropriate Manufacturing Processes - p. iii 84. Advanced Metal Casting - p. iii 85. Thermo-Mechanical Processing - p. iii 86. Welding - p. iii 87. Directed Energy Deposition (DED) Technology - p. iii 88. Powder Bed Fusion – Metals - p. iii 89. Integrated Modeling Tools: Overview - p. iii 90. Application of CFD Tools - p. iii 91. Binder Jet-Metals - p. iii 92. Metal Sheet Lamination – Ultrasonic - p. iii 93. Ultrasonic Additive Manufacturing of Metal-Matrix Shape Memory Composites - p. iii 94. Emerging Processes – Friction Stir Based - p. iii 95. Modern Design for Manufacturing - p. iii 96. Nondestructive Testing and Evaluation - p. iii 97. Optical Metallography of Fusion-Based Additively Manufactured Metals - p. iii 98. Electron Microscopy Methods - p. iii 99. Application of Data Science and Engineering - p. iii 100. Multiscale Data Driven Methodology for Accelerating Qualification and Certification of Additively Manufactured Parts - p. iii 101. Tools for Alloy Design - p. iii 102. Powder Metallurgy Techniques - p. iii 103. Introduction: Powder Metallurgy Techniques - p. iii 104. Metal Powder Production for Additive Manufacturing - p. iii 105. Fundamentals and Applications of Field Assisted Sintering Techniques (FAST) - p. iii 106. Metal Injection Molding - p. iii 107. Direct Additive Manufacturing Techniques for Metal Parts: SLM, EBM, Laser Metal Deposition - p. iii 108. Indirect Additive Manufacturing Techniques for Metal Parts: Binder-Based Additive Manufacturing Techniques - p. iii 109. Powder Pressing, Shaping and 3D-Printing of Titanium Parts From Titanium Hydride Powder - p. iii 110. Sintering of Aluminum Alloys. Processing and Properties - p. iii 111. Sintering of Titanium Alloys. Processing and Properties - p. iii 112. Sintering of High Entropy Alloys: Processing and Properties - p. iii 113. Sintering of Superalloys: Processing and Properties - p. iii 114. Powder Metallurgy Processed Ti-Based Intermetallic Alloys - p. iii 115. Sintering of Hardmetals With Alternative Binders - p. iii 116. Structural Applications of Powder Metallurgy Parts - p. iii 117. Biomedical Applications of Powder Metallurgy - p. iii 118. Porous Metals From Powder Metallurgy Techniques - p. iii 119. The Electrochemical Corrosion Behavior of Metals Processed by Powder Metallurgy: Future Perspectives - p. iii 120. Coatings, Surface Modifications, Spray Techniques (Cold Spray, HVOF/HVAF) - p. iii 121. Implementation of Massive Nanoindentation Coupled With Statistical Analysis to Evaluate Complex Heterogeneous Microstructures in Materials Manufactured Following Powder Metallurgy Processing Routes - p. iii 122. Fundamentals of Sintering: Solid State Sintering - p. iii 123. Fundamentals of Sintering: Liquid Phase Sintering - p. iii 124. Multi-Scaled Metallic Parts and Structures - p. iii 125. Overview and Introduction: Multi-Scaled Metallic Parts and Structures - p. iii 126. Design and Development of Multi-Scaled Metallic Parts and Structures - p. iii 127. Metallic Materials for Making Multi-Scaled Metallic Parts and Structures - p. iii 128. Sand Casting of Metallic Parts and Structures - p. iii 129. Die Casting for Fabrication of Metallic Components and Structures - p. iii 130. Lost Foam Casting of Metallic Parts and Structures - p. iii 131. Squeeze Casting for the Production of Metallic Parts and Structures - p. iii 132. Semisolid Casting of Metallic Parts and Structures - p. iii 133. Pressure Different Casting - p. iii 134. Forging of Metallic Parts and Structures - p. iii 135. Extrusion Forming of Metallic Parts and Structures - p. iii 136. Rolling Forming of Multi-Scaled Metallic Foils and Sheets - p. iii 137. Sheet Metal Deep Drawing for Making Metallic Parts and Structures - p. iii 138. Conventional Spinning of Sheet Metals for Fabrication of Metallic Parts and Structures - p. iii 139. Power Spinning of Metallic Materials for Producing Axisymmetric Hollow Parts and Structures - p. iii 140. Friction Welding for Making Metallic Parts and Structures - p. iii 141. Solid State Welding for Fabricating Metallic Parts and Structures - p. iii 142. Plastic Deformation Forming of Metallic Bi-Polar Plate – Part 1: Theoretical Basis and Fundamental - p. iii 143. Plastic Deformation Forming of Metallic Bipolar Plate – Part 2: Implementation and Application - p. iii 144. Creep Age Forming of Ultra-Large Structural Aluminum Components - p. iii 145. Progressive and Compound Forming of Metallic Sheets for Making Micro-/Meso-Scaled Parts and Components - p. iii 146. Micro-Scaled Formed Tubular Structures and Their Applications - p. iii 147. Macro-/Meso-Scaled Forming of Tubular Structures/Components - p. iii 148. Powder Injection Molding of Metallic Parts and Structures - p. iii 149. Superplastic Forming (SPF) of Complex Sheet Metal Parts and Structures - p. iii 150. Hot Forming of Superalloy Parts and Structures - p. iii 151. Metal-Based 3D-Printed Micro Parts #amp;amp; Structures - p. iii 152. Ultra-Precision Diamond Machined Freeform Optical Parts and Structures - p. iii 153. Cross Wedge Rolling for Making Multi-Scaled Metallic Parts and Structures - p. iii 154. Predictive Modeling and Advanced Characterization - p. iii 155. Introduction – Predictive Modeling and Advanced Characterization - p. iii 156. CALPHAD – An Approach to Predict Microstructural Stability - p. iii 157. Molecular Dynamics and Statics - p. iii 158. Mean-Field Microstructure Kinetics Modeling - p. iii 159. Phase Field Modeling of Austenite Decomposition and Formation in Steels: An Overview - p. iii 160. Dislocation Dynamics for Plasticity Boundary Value Problems - p. iii 161. Modeling in Crystal Plasticity: From Theory to Application - p. iii 162. Theory for Heterogonous Recrystallization Kinetics in Metals - p. iii 163. Deformation-Induced Transitions in Metals and Alloys - p. iii 164. Approaches to Model Structural and Contact Fatigue - p. iii 165. Tribology and Wear Modeling and Testing - p. iii 166. Materials Design: Computational Alloy Design by Combinatorial Optimization - p. iii 167. Data Science, Machine Learning and Artificial Intelligence Applied to Metals and Alloys Research: Past, Present, and Future - p. iii 168. Modeling Solidification From Ingots to Additive Manufacturing - p. iii 169. Atom Probe Tomography: Unveiling the Elemental Distribution in Nanostructured Materials With Near-Atomic Resolution - p. iii 170. Advanced Electron Microscopy: Progress and Application of Electron Backscatter Diffraction - p. iii 171. Recent Developments in Orientation Contrast Microscopy - p. iii 172. Synchrotron X-ray Radiation Studies on Metals and Alloys - p. iii 173. Neutron Diffraction - p. iii 174. Microscopy Techniques for Additive Manufacturing - p. iii 175. Hydrogen Resistant Ferritic and Martensitic Steels. Part I: The Origin of Embrittlement - p. iii 176. Hydrogen Resistant Ferritic and Martensitic Steels. Part II: Design Strategies - p. iii 177. Nanoporous Metallic Structures: Characterization and Properties - p. iii 178. Subject Index - p. iii 179. Authors - p. iii
Modern metallurgy is a fascinating field of research, full of discoveries, commercial opportunities and industrial utility. Encyclopedia of Materials: Metals and Alloys is a new, multidisciplinary reference work offering a comprehensive coverage of this exciting area, and consolidating research activities in all experimental and theoretical aspects of metallic materials, intermetallic compounds, alloys, blends and composites. Key focus is on those aspects of the science of metals concerned with their manufacturing, processing and fabrication, the relationship between the macro/micro/nanostructures and properties (mechanical, chemical, electrical, electrochemical, magnetic and optical), industrial application, surface modification and functionalization of metals – and, importantly, resource and supply chain issues, and life-cycle and sustainability practices.
This title provides users with a single and unique reference source, incorporating elements from many different disciplines. An invaluable addition to any reference library of engineers, chemists and physicists, both from industry and academia.
1. Introduction: Light Alloys and Composites - p. iii 2. Magnesium - p. iii 3. Magnesium Alloys: Fundamentals and Recent Advances - p. iii 4. Magnesium Alloys: Properties and Applications - p. iii 5. Magnesium: Alloying - p. iii 6. Mechanical Properties and Tribological Behavior of Magnesium Metal Matrix Composites With Micron-Sized and Nano-Sized Reinforcements - p. iii 7. Corrosion of Mg Alloys - p. iii 8. Coating of Mg Alloys and Composites - p. iii 9. Electrochemical Surface Treatments for Mg Alloys - p. iii 10. Mg as Bioabsorbable Material - p. iii 11. Aluminum - p. iii 12. Casting Aluminum Alloys - p. iii 13. Wrought Aluminum Alloys - p. iii 14. An Overview of Metal Matrix Composites, MMCs, and Future Perspectives - p. iii 15. Determination of Mechanical Behavior of Al – CNT - p. iii 16. Corrosion of Aluminum, Aluminum Alloys, and Composites - p. iii 17. Surface Treatments on Al Alloys and Composites - p. iii 18. Titanium - p. iii 19. Titanium, Titanium Alloys and Composites - p. iii 20. Corrosion of Titanium Alloys and Composites in Aqueous Solutions - p. iii 21. Surface Treatments on Ti Alloys and Composites - p. iii 22. Processing Techniques - p. iii 23. New Processing Routes for Nanostructuration of Light Alloys - p. iii 24. Welding and Joining of Light Alloys - p. iii 25. Additive Manufacturing of Al and Mg Alloys and Composites - p. iii 26. Additive Manufacturing of Titanium Alloys - p. iii 27. High Temperature Extreme Alloys and Composites - p. iii 28. Introduction: High Temperature Extreme Alloys and Composites - p. iii 29. Testing Methods for High Temperature Materials - p. iii 30. Titanium and Its Alloys - p. iii 31. Nickel-Based Superalloys - p. iii 32. Nickel-Based Superalloys: Alloying Methods and Thermomechanical Processing - p. iii 33. High-Temperature Extreme Alloys - p. iii 34. An Overview on Co-Base Alloys for High Temperature Applications - p. iii 35. Intermetallics: Silicides - p. iii 36. Intermetallics: Applications - p. iii 37. Nuclear Applications: Zirconium Alloys - p. iii 38. Materials for Nuclear Reactors - p. iii 39. Fuel Cells: Materials - p. iii 40. Cemented Carbides – An Outstanding Class of Refractory Based Alloys - p. iii 41. Carbon Based Materials - p. iii 42. Cermets and Hardmetals - p. iii 43. Oxide Fiber Reinforced Oxide Ceramic Matrix Composite – An Alternative to Metallic Alloys at High Temperature - p. iii 44. Oxidation of Metal - p. iii 45. High-Temperature Oxidation of Zirconium Alloys in Various Atmospheres - p. iii 46. High Temperature Corrosion - p. iii 47. Thermo-Mechanical Fatigue – In the Gas Turbine Engine - p. iii 48. Creep of Power Plant Steels - p. iii 49. Creep of Non-Ferrous Metals - p. iii 50. Lifing Approaches for High Temperature Applications - p. iii 51. Thermal Plasma Processing of Materials: High Temperature Applications - p. iii 52. Solidification of Superalloys - p. iii 53. Additive Materials for High Temperature Applications - p. iii 54. High Entropy Alloys and Combinatorial Approaches - p. iii 55. Introduction: High Entropy Alloys and Combinatorial Approaches - p. iii 56. High-Entropy Alloys: Overview - p. iii 57. High-Entropy Ceramics - p. iii 58. High-Entropy Alloys: Bulk Metallic Glasses - p. iii 59. High Entropy Alloys: Manufacturing Routes - p. iii 60. Combinatorial Approaches: Phase Diagrams - p. iii 61. Applications of High Throughput (Combinatorial) Methodologies to Electronic, Magnetic, Structural, and Energy-Related Materials - p. iii 62. Nanocrystalline High Entropy Alloys: Processing and Properties - p. iii 63. High Entropy Alloys: Advanced Synchrotron X-Ray and Neutron Scattering Studies - p. iii 64. Lattice Distortion in High-Entropy Alloys - p. iii 65. High-Entropy Alloys: Diffusion - p. iii 66. Recrystallization Behavior of High Entropy Alloys - p. iii 67. High Entropy Alloys: Elastic Parameters and Trends - p. iii 68. High Entropy Alloys: Solid Solution Strengthening - p. iii 69. High-Entropy Alloys: Balancing Strength and Ductility at Room Temperature - p. iii 70. Mechanical Behavior of High-Entropy Alloys Focusing on Tensors: An in situ Neutron Diffraction Investigation From Room to Elevated Temperature - p. iii 71. High-Entropy Alloys: Serration Behavior - p. iii 72. Physical Properties of High Entropy Alloys - p. iii 73. High Entropy Alloys: Magnetocaloric Effects - p. iii 74. Multi-Principal-Element Approach to High-Performance Thermoelectric Materials - p. iii 75. Superconductivity in High-Entropy and Medium-Entropy Alloys From the Ti-Zr-Nb-Sn-Hf-Ta System - p. iii 76. High Entropy Alloys – Aqueous Corrosion - p. iii 77. High Entropy Alloys: Oxidation - p. iii 78. High Entropy Alloys: Irradiation - p. iii 79. High Entropy Alloys: Welding - p. iii 80. High-Entropy Coatings - p. iii 81. Additive and Advanced Manufacturing - p. iii 82. Introduction: Additive and Advanced Manufacturing - p. iii 83. Selection of Appropriate Manufacturing Processes - p. iii 84. Advanced Metal Casting - p. iii 85. Thermo-Mechanical Processing - p. iii 86. Welding - p. iii 87. Directed Energy Deposition (DED) Technology - p. iii 88. Powder Bed Fusion – Metals - p. iii 89. Integrated Modeling Tools: Overview - p. iii 90. Application of CFD Tools - p. iii 91. Binder Jet-Metals - p. iii 92. Metal Sheet Lamination – Ultrasonic - p. iii 93. Ultrasonic Additive Manufacturing of Metal-Matrix Shape Memory Composites - p. iii 94. Emerging Processes – Friction Stir Based - p. iii 95. Modern Design for Manufacturing - p. iii 96. Nondestructive Testing and Evaluation - p. iii 97. Optical Metallography of Fusion-Based Additively Manufactured Metals - p. iii 98. Electron Microscopy Methods - p. iii 99. Application of Data Science and Engineering - p. iii 100. Multiscale Data Driven Methodology for Accelerating Qualification and Certification of Additively Manufactured Parts - p. iii 101. Tools for Alloy Design - p. iii 102. Powder Metallurgy Techniques - p. iii 103. Introduction: Powder Metallurgy Techniques - p. iii 104. Metal Powder Production for Additive Manufacturing - p. iii 105. Fundamentals and Applications of Field Assisted Sintering Techniques (FAST) - p. iii 106. Metal Injection Molding - p. iii 107. Direct Additive Manufacturing Techniques for Metal Parts: SLM, EBM, Laser Metal Deposition - p. iii 108. Indirect Additive Manufacturing Techniques for Metal Parts: Binder-Based Additive Manufacturing Techniques - p. iii 109. Powder Pressing, Shaping and 3D-Printing of Titanium Parts From Titanium Hydride Powder - p. iii 110. Sintering of Aluminum Alloys. Processing and Properties - p. iii 111. Sintering of Titanium Alloys. Processing and Properties - p. iii 112. Sintering of High Entropy Alloys: Processing and Properties - p. iii 113. Sintering of Superalloys: Processing and Properties - p. iii 114. Powder Metallurgy Processed Ti-Based Intermetallic Alloys - p. iii 115. Sintering of Hardmetals With Alternative Binders - p. iii 116. Structural Applications of Powder Metallurgy Parts - p. iii 117. Biomedical Applications of Powder Metallurgy - p. iii 118. Porous Metals From Powder Metallurgy Techniques - p. iii 119. The Electrochemical Corrosion Behavior of Metals Processed by Powder Metallurgy: Future Perspectives - p. iii 120. Coatings, Surface Modifications, Spray Techniques (Cold Spray, HVOF/HVAF) - p. iii 121. Implementation of Massive Nanoindentation Coupled With Statistical Analysis to Evaluate Complex Heterogeneous Microstructures in Materials Manufactured Following Powder Metallurgy Processing Routes - p. iii 122. Fundamentals of Sintering: Solid State Sintering - p. iii 123. Fundamentals of Sintering: Liquid Phase Sintering - p. iii 124. Multi-Scaled Metallic Parts and Structures - p. iii 125. Overview and Introduction: Multi-Scaled Metallic Parts and Structures - p. iii 126. Design and Development of Multi-Scaled Metallic Parts and Structures - p. iii 127. Metallic Materials for Making Multi-Scaled Metallic Parts and Structures - p. iii 128. Sand Casting of Metallic Parts and Structures - p. iii 129. Die Casting for Fabrication of Metallic Components and Structures - p. iii 130. Lost Foam Casting of Metallic Parts and Structures - p. iii 131. Squeeze Casting for the Production of Metallic Parts and Structures - p. iii 132. Semisolid Casting of Metallic Parts and Structures - p. iii 133. Pressure Different Casting - p. iii 134. Forging of Metallic Parts and Structures - p. iii 135. Extrusion Forming of Metallic Parts and Structures - p. iii 136. Rolling Forming of Multi-Scaled Metallic Foils and Sheets - p. iii 137. Sheet Metal Deep Drawing for Making Metallic Parts and Structures - p. iii 138. Conventional Spinning of Sheet Metals for Fabrication of Metallic Parts and Structures - p. iii 139. Power Spinning of Metallic Materials for Producing Axisymmetric Hollow Parts and Structures - p. iii 140. Friction Welding for Making Metallic Parts and Structures - p. iii 141. Solid State Welding for Fabricating Metallic Parts and Structures - p. iii 142. Plastic Deformation Forming of Metallic Bi-Polar Plate – Part 1: Theoretical Basis and Fundamental - p. iii 143. Plastic Deformation Forming of Metallic Bipolar Plate – Part 2: Implementation and Application - p. iii 144. Creep Age Forming of Ultra-Large Structural Aluminum Components - p. iii 145. Progressive and Compound Forming of Metallic Sheets for Making Micro-/Meso-Scaled Parts and Components - p. iii 146. Micro-Scaled Formed Tubular Structures and Their Applications - p. iii 147. Macro-/Meso-Scaled Forming of Tubular Structures/Components - p. iii 148. Powder Injection Molding of Metallic Parts and Structures - p. iii 149. Superplastic Forming (SPF) of Complex Sheet Metal Parts and Structures - p. iii 150. Hot Forming of Superalloy Parts and Structures - p. iii 151. Metal-Based 3D-Printed Micro Parts #amp;amp; Structures - p. iii 152. Ultra-Precision Diamond Machined Freeform Optical Parts and Structures - p. iii 153. Cross Wedge Rolling for Making Multi-Scaled Metallic Parts and Structures - p. iii 154. Predictive Modeling and Advanced Characterization - p. iii 155. Introduction – Predictive Modeling and Advanced Characterization - p. iii 156. CALPHAD – An Approach to Predict Microstructural Stability - p. iii 157. Molecular Dynamics and Statics - p. iii 158. Mean-Field Microstructure Kinetics Modeling - p. iii 159. Phase Field Modeling of Austenite Decomposition and Formation in Steels: An Overview - p. iii 160. Dislocation Dynamics for Plasticity Boundary Value Problems - p. iii 161. Modeling in Crystal Plasticity: From Theory to Application - p. iii 162. Theory for Heterogonous Recrystallization Kinetics in Metals - p. iii 163. Deformation-Induced Transitions in Metals and Alloys - p. iii 164. Approaches to Model Structural and Contact Fatigue - p. iii 165. Tribology and Wear Modeling and Testing - p. iii 166. Materials Design: Computational Alloy Design by Combinatorial Optimization - p. iii 167. Data Science, Machine Learning and Artificial Intelligence Applied to Metals and Alloys Research: Past, Present, and Future - p. iii 168. Modeling Solidification From Ingots to Additive Manufacturing - p. iii 169. Atom Probe Tomography: Unveiling the Elemental Distribution in Nanostructured Materials With Near-Atomic Resolution - p. iii 170. Advanced Electron Microscopy: Progress and Application of Electron Backscatter Diffraction - p. iii 171. Recent Developments in Orientation Contrast Microscopy - p. iii 172. Synchrotron X-ray Radiation Studies on Metals and Alloys - p. iii 173. Neutron Diffraction - p. iii 174. Microscopy Techniques for Additive Manufacturing - p. iii 175. Hydrogen Resistant Ferritic and Martensitic Steels. Part I: The Origin of Embrittlement - p. iii 176. Hydrogen Resistant Ferritic and Martensitic Steels. Part II: Design Strategies - p. iii 177. Nanoporous Metallic Structures: Characterization and Properties - p. iii 178. Subject Index - p. iii 179. Authors - p. iii
