CNC technology and manufacturing automation

Author: (Canada) O. Tansuoglu, translated by Luo Keke
Publisher:
Publish Date: 2002-11-01
Features: Metal cutting is the most widely used final forming method in product manufacturing. In recent years, with the development of material technology, computer technology, and sensor technology, the related technologies involved in the field of metal cutting have undergone significant advancements. This book focuses on the scientific principles of metal cutting technology and the methods of applying these principles to practical production to solve actual problems encountered in workshops. Mathematics, physics, computer science, software, and testing and measurement are comprehensive tools for analyzing and designing machine tools and their machining processes. This book also discusses relevant content from these disciplines. The book first introduces the basic knowledge of metal cutting mechanics, then explains the fundamental principles of vibration engineering and the application of experimental modal analysis technology in solving specific production problems in workshops. It provides an in-depth discussion of the processing vibration problems that manufacturing engineers encounter daily in actual production. It comprehensively covers technical issues such as CNC machine tool programming, design, automated manufacturing, and CAD/CAM. The book provides detailed discussions on topics including the selection of machine tool drivers, feedback sensors, modeling and analysis of feed drives, real-time trajectory generation and interpolation algorithm design, and the analysis of CNC orientation errors. Each chapter includes examples from industrial practice, design projects, and thought-provoking questions. This book is written for senior undergraduate students, graduate students, and manufacturing engineers engaged in practical production, as well as researchers working in metal cutting mechanics and dynamics, CNC technology, and sensor-based intelligent machining technology. It can also serve as a reference book for researchers involved in metal cutting mechanics and dynamics, CNC technology, and sensor-based intelligent machining technology.