Chapter 11 Variants of high speed machining

283
High Speed Machining.
http://dx.doi.org/10.1016/B978-0-12-815020-7.00011-4
Copyright © 2020 Elsevier Inc. All rights reserved.
Chapter 11
Variants of high speed machining
Suleyman Cinar Cagan and Berat Baris Buldum
Mechanical Engineering Faculty, Mersin, Turkey
Chapter outline
1 Introduction
283
2 Intelligent machining
284
3 Sustainable machining
287
4 Micromachining
289
5 High-performance cutting
293
6 Applications of high speed
machining in the industry
294
7 Hybrid and assisted type HSM
298
8 Conclusions
300
1 Introduction
Nowadays, Industry 4.0 and the production of production techniques that are compatible with the environment and human beings are the new tasks of the manufacturing industry. To date, many studies have been carried out concerning technical aspects and, and it is assumed that the desired qualification is technically reached. However, technical and economic issues, as well as other relevant factors, such as the environment and human, are ruled out. As the development process requires integrity, all these adaptations are needed to achieve better results. After the massive industrial revolution, traditional machining methods reached the maturity level of the late s. High value-added works have become possible with the progress of modern manufacturing methods. The machining of high-quality products depends on high technology, and this issue needs to be analyzed economically. Micromachining, high speed cutting, and high speed modern manufacturing techniques are the main topics. These issues should be specialized separately. The targeted quality to be achieved in micromachining is utterly proportional to time and money. The tools used in micromachining have been developed with advances in materials. At the same time, it is ensured that nanosize products can be obtained utilizing the increasing mechanical precision following micromachining. Even in atomic size, it is possible to be able to form on the material by the displacement of atoms. This process is carried out even at the atomic level, indicating the development of the micromachining technique. Technically, another indicator of being in the future is the type of machining per unit time—high speed machining (HSM)