This book provides an in-depth analysis of the grinding mechanism and discusses the grinding process, static and dynamic grinding parameters, grinding force, grinding temperature, grinding wheel wear and dressing, grinding fluid, surface integrity of grinding parts, precision and ultra-precision grinding, etc. It also analyzes high-efficiency grinding processing technologies such as high-speed grinding, creep-feed grinding, and efficient deep-cut grinding from both theoretical and application aspects. Based on the author's research results and the current research status at home and abroad, the grinding processing of difficult-to-machine materials such as titanium alloys, high-temperature alloys, stainless steel, and engineering ceramics is also briefly analyzed.
Reader comments
Wow, this "Principles of Grinding" looks so professional! I feel that it provides a very in-depth analysis of grinding technology and also involves some efficient grinding processing technologies. But I might not be too interested in the difficult-to-machine parts. It reminded me of a similar book I had read before, called "Machining Technology Handbook", which was also a very practical tool book. However, in comparison, this book focuses more on theory, and that manual focuses more on practice. So, are you interested in grinding technology?
Wow, this "Principles of Grinding" looks so professional! I feel that it provides a very in-depth analysis of grinding technology and also involves some efficient grinding processing technologies. But I might not be too interested in the difficult-to-machine parts. It reminded me of a similar book I had read before, called "Machining Technology Handbook", which was also a very practical tool book. However, in comparison, this book focuses more on theory, and that manual focuses more on practice. So, are you interested in grinding technology?