Ultrasonic Shot Peening: Fundamentals and Applications covers the fundamentals of this process, describing its mechanisms, numerical modeling of ultrasonic shot peening (USP), and experimental approaches to surface morphology evaluation during USP. Following sections discuss the fabrication of gradient nanostructured surfaces by USP, including surface nanocrystallization of stainless steel, high entropy alloys, titanium alloys, low-carbon steel, and copper. In addition, this section investigates the enhanced mechanical behaviors USP can provide in gradient nanostructured materials, such as improved strength-ductility, wear resistance, corrosion resistance, and fatigue resistance.
The final section of the book outlines applications of USP and in-situ methods of producing nanograined metallic flakes and powders. A companion website with downloadable code and video clips is also included.
1. Introduction - p. xix 2. Part One. Fundamentals of the ultrasonic shot peening - p. P1 3. 1. Overview of ultrasonic shot peening - p. 3 4. 2. Dynamic study and numerical simulation during ultrasonic shot peening - p. 23 5. Part Two. Gradient nanostructured surface fabricated by ultrasonic shot peening - p. P2 6. 3. Surface nanocrystallization of materials by ultrasonic shot peening - p. 55 7. 4. Mechanical behaviors of the gradient nanostructured surface by ultrasonic shot peening - p. 73 8. Part Three. Applications of ultrasonic shot peening - p. P3 9. 5. Application of ultrasonic shot peening in bioimplant materials - p. 115 10. 6. Application of ultrasonic shot peening in aeroengine engineering - p. 147 11. 7. In-situ method for producing nanocrystalline metallic flakes/powders - p. 171 12. Symbols and notation - p. 181 13. Glossary - p. 183 14. Index - p. 191
Ultrasonic Shot Peening: Fundamentals and Applications covers the fundamentals of this process, describing its mechanisms, numerical modeling of ultrasonic shot peening (USP), and experimental approaches to surface morphology evaluation during USP. Following sections discuss the fabrication of gradient nanostructured surfaces by USP, including surface nanocrystallization of stainless steel, high entropy alloys, titanium alloys, low-carbon steel, and copper. In addition, this section investigates the enhanced mechanical behaviors USP can provide in gradient nanostructured materials, such as improved strength-ductility, wear resistance, corrosion resistance, and fatigue resistance.
The final section of the book outlines applications of USP and in-situ methods of producing nanograined metallic flakes and powders. A companion website with downloadable code and video clips is also included.
1. Introduction - p. xix 2. Part One. Fundamentals of the ultrasonic shot peening - p. P1 3. 1. Overview of ultrasonic shot peening - p. 3 4. 2. Dynamic study and numerical simulation during ultrasonic shot peening - p. 23 5. Part Two. Gradient nanostructured surface fabricated by ultrasonic shot peening - p. P2 6. 3. Surface nanocrystallization of materials by ultrasonic shot peening - p. 55 7. 4. Mechanical behaviors of the gradient nanostructured surface by ultrasonic shot peening - p. 73 8. Part Three. Applications of ultrasonic shot peening - p. P3 9. 5. Application of ultrasonic shot peening in bioimplant materials - p. 115 10. 6. Application of ultrasonic shot peening in aeroengine engineering - p. 147 11. 7. In-situ method for producing nanocrystalline metallic flakes/powders - p. 171 12. Symbols and notation - p. 181 13. Glossary - p. 183 14. Index - p. 191
