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|Title:||Theoretical study of cut area of reduction of large surfaces of rotation parts on machines with rotary cutters “Extra”|
|Authors:||Bondarenko, J. A.|
Fedorenko, M. A.
Pogonin, A. A.
|Keywords:||Authors of BSTU|
|Abstract:||Large parts can be treated without disassembling machines using “Extra”, having technological and design challenges, which differ from the challenges in the processing of these components on the stationary machine. Extension machines are used to restore large parts up to the condition allowing one to use them in a production environment. To achieve the desired accuracy and surface roughness parameters, the surface after rotary grinding becomes recoverable, which greatly increases complexity. In order to improve production efficiency and productivity of the process, the qualitative rotary processing of the machined surface is applied. The rotary cutting process includes a continuous change of the cutting edge surfaces. The kinematic parameters of a rotary cutting define its main features and patterns, the cutting operation of the rotary cutting instrument.|
|Description:||Bondarenko J. A. Theoretical study of cut area of reduction of large surfaces of rotation parts on machines with rotary cutters “Extra” / J. A. Bondarenko, M. A. Fedorenko, A. A. Pogonin // IOP Conf. Series: Materials Science and Engineering. - 2018. - Vol.327. - 042019.|
|Appears in Collections:||Mechanical-engineering technology. Robotic technology and mechatronic|
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