2 Vibration assisted machining: turning, drilling, cutting, and laser polishing
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Ping Zou
Abstract
Since vibration assisted machining technology has certain advantages in improving machining accuracy and surface quality, it has always been a research hotspot. This chapter focuses on the application of vibration technology in turning, drilling, cutting, and laser polishing. The vibration assisted machining technologies are described in detail from the aspects of the vibration device, machining mechanism, and machining experiment. The promotion mechanism of vibration technology to traditional metal processing technology is analyzed and verified through numerical simulation and comparative experiments.
Abstract
Since vibration assisted machining technology has certain advantages in improving machining accuracy and surface quality, it has always been a research hotspot. This chapter focuses on the application of vibration technology in turning, drilling, cutting, and laser polishing. The vibration assisted machining technologies are described in detail from the aspects of the vibration device, machining mechanism, and machining experiment. The promotion mechanism of vibration technology to traditional metal processing technology is analyzed and verified through numerical simulation and comparative experiments.
Chapters in this book
- Frontmatter I
- Preface V
- Contents VII
- 1 Environmental aspects related to nonconventional machining processes 1
- 2 Vibration assisted machining: turning, drilling, cutting, and laser polishing 25
- 3 Abrasive waterjet machining of dissimilar materials stacked in a hybrid structure 91
- 4 Magnetic abrasive finishing process 119
- 5 Electrical discharge machining of silicon: current progress and future trends 139
- 6 Parametric optimization of machining characteristics of titanium alloy in WEDM 171
- About the editor 189
- Index 191
Chapters in this book
- Frontmatter I
- Preface V
- Contents VII
- 1 Environmental aspects related to nonconventional machining processes 1
- 2 Vibration assisted machining: turning, drilling, cutting, and laser polishing 25
- 3 Abrasive waterjet machining of dissimilar materials stacked in a hybrid structure 91
- 4 Magnetic abrasive finishing process 119
- 5 Electrical discharge machining of silicon: current progress and future trends 139
- 6 Parametric optimization of machining characteristics of titanium alloy in WEDM 171
- About the editor 189
- Index 191
