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|Title:||Research of the value of linear distortion of renewable surface of part during rotary processing of bulky items without dismantling unit|
|Authors:||Bondarenko, J. A.|
Fedorenko, M. A.
Pogonin, A. A.
|Keywords:||Authors of BSTU|
|Abstract:||The loading and unloading units and grinding mills of raw devices have internal cone type or pipe screw perceive load of incoming and outgoing material. The main part of the support assembly is a pin. Mounting seats for the pipe screws cone have traces of deformation and work hardening, while they themselves have wear of pins and deformation of the inner and outer cylindrical working surface. In the mill body, there are constantly acting dynamic forces causing vibration, which are transmitted to the stud and inner accelerating elements. Under the influence of stress and vibration, the housing spigot is in the stress-compressed state and stretched vertically and horizontally. As a result, the insertion element is deformed and weakened in the fixture. A moving element appears in the gap leading to the fact that it drops lfeedstock and under the influence of variable loads it is destroyed, as well as the seating surfaces of the insert pin member.|
|Description:||Bondarenko J. A. Research of the value of linear distortion of renewable surface of part during rotary processing of bulky items without dismantling unit / J. A. Bondarenko, M. A. Fedorenko, A. A. Pogonin // IOP Conf. Series: Materials Science and Engineering. - 2018. - Vol.327. - 042031.|
|Appears in Collections:||Machines and aggregates|
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