Abstract
Rotary kilns for clinker production furnaces have lengths of up to 220 m and sleeve diameters of 6 m. The metal shell is up to 80 mm thick at the dress rings that transmit their mass on oven support rollers. Due to temperature variations (precipitation lining) shells can become deformed and the bent rotational axis of the furnace can resulting in a ring becoming trapped in this zone. In addition to rotating about its axis of rotation there is also movement in the plane of rotation, something that depends on the curvature of the axis of the furnace. This movement leads to the fact that the ring is not always situated on two rollers. Therefore, the side machine tool module, that is mounted on the imaginary axis of rotation of the furnace and is in connection with the ring is not always in contact with the cutting tool. Mathematical modeling of the processing is necessary to find the dependence of the ring.
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References
Fedorenko TM, Fedorenko MA, Bondarenko YA (2009) Restore the health of the axles of the grinding mills with the use of a portable machine. Eng Technol 3:20–21
Fedorenko MA, Bondarenko YA, Fedorenko TM (2008) Machine for machining axles grinding millspatent for utility model. RUS Patent 75339. 07 Feb 2008
Bondarenko YA, Fedorenko MA (2003) Method of machining of large shafts without dismantling. Bondarenko Y.A., Fedorenko. Patent for invention RUS Patent 2242346. 05 May 2003
Bestuzheva OV, Fedorenko MA, Bondarenko YA (2016) Experimental study of the recovery of a surface of revolution of large parts of industrial equipment. Bull Belgorod State Technol Univ V. G. Shukhov 11:122–127
Fedorenko MA, Bondarenko YA, Sanina TM, Markova OV (2015) Auxiliary machine for machining internal surfaces of large cylindrical type. Eng Technol 11:27–28
Fedopenko TM, Fedopenko MA, Bondarenko YA (2009) Recovery of CAPP pumping mills with the application of a penable machine. Eng Technol 3:20–21
Fedorenko MA, Bondarenko YA, Fedorenko TM (2008) Study of the ensuring of the necessary roughness of the surface of large-size rotating parts by universal machine modules. Bull Belgorod State Technol Univ V.G. Shukhov 2:35–38
Fedorenko MA, Bondarenko JA, Pogonin AA (2018) Impact of oscillations of shafts on machining accuracy using non-stationary machines In the collection. In: IOP conference series: materials science and engineering 11. CEP. In: International conference on mechanical engineering, automation and control systems 2017—Processing Equipment, Mechanical Engineering Processes and Metals Treatment, 042030
Bondarenko YA (2004) Special machine for treatment of dacing large shaft, equipped with a tool self installation device. STIN 1:36
Bondarenko JA, Fedorenko MA, Pogonin AA (2018) Research of the value of linear distortion of renewable surface of part during rotary processing of bulky items without dismantling unit. In the collection. In: IOP conference series: materials science and engineering 11. CEP. International conference on mechanical engineering, automation and control systems 2017—processing equipment, mechanical engineering processes and metals treatment, 042031
Beloborodov SM, Bondarenko YA, Vereshchak AS et al (2012) Technological support of quality and resource in manufacturing, assembling, repair and restoring. The 120th anniversary of the birth of the outstanding aircraft designer, Hero of Socialist Labor, twice the USSR State Prize laureate N. N. Polikarpov is dedicated. Series Engineering: Technology, Equipment, Moscow
Fedorenko MA, Bondarenko JA, Sanina TM (2018) Influence of forces acting on side of machine on precision machining of large diameter holes. In the collection. In: IOP conference series: materials science and engineering 11. CEP. International conference on mechanical engineering, automation and control systems 2017—processing equipment, mechanical engineering processes and metals treatment, 042018
Ambrosimov SK, Bondarenko YA, Vereshchaka AS et al (2016) Progressive machine building technologies, equipment and tools, vol 7. The Collective Monograph, Moscow
Bestuzheva OV, Fedorenko MA, Bondarenko YA (2016) Experimental study of the restoration of the surface of rotation of large-size parts of industrial equipment. Bull Belgorod State Technol Univ V.G Shukhov 11:122–127
Fedorenko MA, Bondarenko YA, Sanina TM, Markova OV (2015) A free machine for treatment of large-sized internal surfaces of cylindrical type. Eng Technol 11:27–28
Gorbatykh VV, Bondarenko YA (2014) Improvement of efficiency of repair and accuracy of installation of equipment under conditions of operation excluding disassembly of equipment in the collection: youth and knowledge—a guarantee of success. In: Collection of scientific papers of the international scientific and technical conference, pp 93–94
Sanina TM, Bondarenko YA, Fedorenko MA (2009) Machine for treatment of internal surfaces TSAPF pomolnyy mills patent for utility model. RUS Patent 89830. 25 Aug 2009
Fedopenko MA, Sanina TM, Bondarenko YA, Pogonin AA, Skhirtladze AG (2009) Removed understanding of functional bargeway agents repairs. Recov Mod 11:11–14
Bondarenko YA, Fedorenko MA (2003) Method for treating large shafts without their demontages patent for invention. RUS Patent 2242346. 05 May 2003
Bondarenko YA, Fedorenko MA (2003) Unruptated restoration of tapp mill pipes. Construct Mater 8:16
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Bondarenko, Y.A., Maslennikov, N.A., Mamchenkova, A.A. (2020). Researching the Influence of the Location Tool on the Treatment of Large Shafts Requiring Surface Shaping. In: Radionov, A., Kravchenko, O., Guzeev, V., Rozhdestvenskiy, Y. (eds) Proceedings of the 5th International Conference on Industrial Engineering (ICIE 2019). ICIE 2019. Lecture Notes in Mechanical Engineering. Springer, Cham. https://doi.org/10.1007/978-3-030-22063-1_113
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