![]() ![]() Int J Mech Sci 40(12):1209–1222ĭogra APS, DeVor ER, Kapoor SG (2002) Analysis of feed errors in tapping by contact stress model. Zhang D-Y, Chen D-C (1998) Relief-face friction in vibration tapping. Ma YC, Wan M, Yang Y, Zhang WH (2019) Dynamics of tapping process. Finally, based on this review are proposed lines of research, considering the shortcomings of the contemporary and revised works, that can increase the number of technical information for all threading processes, optimising the current way of making threads. Furthermore, special internal threading processes were also revised, demonstrating the current developments and their gaps for new studies. The traditional threading operations such as machining and forming tapping were contextualised, showing the main research with the advances generated in these processes. Thus, this article provides a review, demonstrating the evolution and the main studies in threading processes in the last 20 years, showing the main results obtained and the influence of threading in manufacturing processes. Besides, new materials for tooling and coatings have been developed, allowing a significant evolution in the threading process. ![]() Basically, since its invention, the threading tool has been developed, and its geometry has been optimised. The great importance of using threaded components, in industries and everyday life, is related to the versatility that allows the assembly and disassembly of components exceptionally quickly. Thread profiles can be considered as mechanical components which contributed to improving the evolution of machines and devices throughout all the history of man. ![]()
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