Realization of optimum mode of movement of roller forming installation on acceleration of fourth order

Authors

  • V. S. Loveykin National University of Life and Environmental Sciences of Ukraine image/svg+xml
  • K. I. Pochka National University of Life and Environmental Sciences of Ukraine image/svg+xml

Abstract

Abstract. For the purpose of increase in reliability and durability of roller forming installation the optimum mode of back and forth motion of the forming cart on acceleration of the fourth order is calculated. Kinematic characteristics of the forming cart at the optimum mode of the movement on acceleration of the fourth order are cal-culated. The design of roller forming installation with the drive from the high-moment step engine which is built in the rolling rollers of the forming cart is offered and pro-vides the optimum mode of back and forth motion of the forming cart on acceleration of the fourth order. Use in installation of the specified driving mechanism leads to improvement of quality of a surface to the processed con-crete mix, reduction of dynamic loadings in elements of the driving mechanism, to disappearance of excess de-structive loads of a frame design and, respectively, to in-crease in reliability and durability of installation in gen-eral.
Key words: roller forming installation, mode of the movement, step engine, drive.

References

Garnec V. M. The progressive the forming units and complexes of concrete. Kyiv. Budіvelnyk. 1991. 144 p.

Kuzin V. N. Technology of roller formation of flat articles from fine-grained concrete: The abstract of the thesis for a degree of the candidate of science. Moscow. 1981. 20 p.

Rjushin V. T. Research of working process and de-velopment of a method of calculation of cars of roller formation of concrete mixes. The thesis for a degree of Candidate of Technical Sciences. Kyiv. 1986. 186 p.

Loveykіn V. S., Garnec V. M., Pochka K. І. Patent of Ukraine for an invention № 67091 A. Installation for formation of products from concrete mixes. № u2003076371 it is stated 08.07.2003; it is published 15.06.2004. Bulletin № 6.

Loveykіn V. S., Pochka K. І. The dynamic analysis of roller forming installation with the rekuperativ drive. Dynamics. durability and reliability of farm vehicles: Works of the First International scientific and technical conference (DSR AM - I). on October 4-7. 2004. Ternopil (Ukraine). P. 507-514.

Loveykіn V. S., Pochka K. І. The power analysis of roller forming installation with the rekuperativ drive. Sci-entific and technical magazine «Technology of construc-tion». Kyiv. 2003. No 14. P. 27-37.

Loveykіn V. S., Pochka K. І. The analysis of une-venness of the movement of roller forming installation with the rekuperativ drive. Scientific and technical and production magazine «Hoisting-and-transport equip-ment». 2005. No 4. P. 19-33.

Loveykіn V. S., Pochka K. І., Palamarchuk D. A. Optimization of design data of the driving mechanism of roller forming installation with the rekuperativ drive. Sci-entific and technical magazine «Technology of construc-tion». Kyiv. 2004. No 15. P. 40-48.

Pochka K. І. Development and the analysis of roll-er forming installation with the rekuperativ drive. The abstract of the thesis for a degree of Candidate of Tech-nical Sciences. Kyiv. KNUCA. 2008. 24 p.

Loveykіn V. S., Kovbasa V. P., Pochka K. І. The dynamic analysis of roller forming installation with ener-getically balanced drive. Scientific Herald of NULES of Ukraine. Series: Technique and energy of APK. Kyiv. 2010. No 144. part 5. P. 338-344.

Loveykіn V. S., Kovbasa V. P., Pochka K. І. The power analysis of roller forming installation with energet-ically balanced drive. Scientific bulletin of the Tavriysky state agro technological university. Melіtopol. 2011. No 1. Tom 2. P. 16-23.

Loveykіn V. S., Pochka K. І. The analysis of une-venness of the movement of roller forming installation with energetically balanced drive. Vibrations in the equipment and technologies. 2010. No 4 (60). P. 20-29.

Loveykіn V. S., Pochka K. І. Optimization of de-sign data of roller forming installation with energetically balanced drive. MOTROL. Motorization and power industry in agriculture. Lublin. 2010. Tom 12 B. P. 9-18.

Loveykіn V. S., Pochka K. І. The analysis of the movement of roller forming installation with the balanced drive. Bulletin of the Kharkiv national automobile and road university. 2004. No 27. P. 95-101.

Loveykіn V. S., Pochka K. І. The power analysis of roller forming installation with the balanced drive. Sci-entific bulletin of National agricultural university. 2005. No 80. P. 346-356.

Loveykіn V. S. Assessment of the movement of mechanisms and cars. Hoisting-and-transport equipment. Kyiv. Tehnika. P. 16-18.

Lovejkіn V. S., Shumіlov G. V. Optimization of the mode of change of a departure of the tower crane be-hind single kinematic criteria. MOTROL. Motorization and power industry in agriculture. Lublin. 2011. Tom 13 B. P. 167-174.

Loveykіn V. S., Pochka K. І. The analysis of une-venness of the movement of roller forming installation with the balanced drive. MOTROL. Commission of Mo-torization and Energetics in Agriculture. Lublin-Rzeszow. 2015. Vol. 17. No 3. P. 17-27.

Loveykіn V. S., Pochka K. І. Analysis of dynamic equilibration by the drive of cars of roller formation. MOTROL. Commission of Motorization and Energetics in Agriculture. Lublin-Rzeszow. 2016. Vol. 18. No 3. P. 41-52.

Loveykіn V. S., Pochka K. І. Dynamic optimiza-tion of the mode of reversal of roller forming installation. Collection of scientific tinders «Mechanical engineering». Harkіv. Ukrainian engineering and pedagogical academy. 2015. No 15. P. 76-86.

Loveykіn V. S., Pochka K. І. Optimization of the breakthrough mode of reversal of roller forming installa-tion. Scientific Herald of NULES of Ukraine. Series: Technique and energy of APK. Kyiv. 2015. No 212. part 1. P. 186-197.

Loveykіn V. S., Pochka K. І. Optimization of the mode of reversal of roller forming installation on acceler-ation of the third order. Bulletin of the Donbass state ma-chine-building academy: collection of scientific works. Kramatorsk. 2015. No 3 (36). P. 16-26.

Loveykіn V. S., Pochka K. І. Synthesis of cam-shaft driving mechanism in roller molding installation with combined motion mode according to acceleration of third order. Science & Technique. Minsk. BNTU. 2017. No 16(3). P. 206-214. DOI:10.21122/2227-1031-2017-16-3-206-214.

Loveykin V. S. Calculations of the optimum modes of the movement of mechanisms and cars. Manual. Kyiv. UMK VO. 168.

Lovejkіn V. S., Pochka K. І., Chovnjuk Ju. V., Dikteruk M. G. Patent of Ukraine for an invention № 105744. Installation for formation of products from con-crete mixes. № а201309305 it is stated 25.07.2013; it is published 10.06.2014. Bulletin № 11.

Garnec, V. M. (1991). The progressive the forming units and complexes of concrete. Kyiv. Budіvelnyk. 144.

Kuzin, V. N. (1981). Technology of roller for-mation of flat articles from fine-grained concrete: The abstract of the thesis for a degree of the candidate of sci-ence. Moscow. 20.

Rjushin, V. T. (1986). Research of working process and development of a method of calculation of cars of roller formation of concrete mixes. The thesis for a degree of Candidate of Technical Sciences. Kyiv. 186.

Loveykіn, V. S., Garnec, V. M., Pochka, K.І. (2004). Patent of Ukraine for an invention № 67091 A. Installation for formation of products from concrete mix-es. № u2003076371 it is stated 08.07.2003; it is published 15.06.2004. Bulletin № 6.

Loveykіn, V. S., Pochka, K. І. (2004). The dynamic analysis of roller forming installation with the rekuperativ drive. Dynamics. durability and reliability of farm vehi-cles: Works of the First International scientific and tech-nical conference (DSR AM - I). on October 4-7. Ternopil (Ukraine). 507-514.

Loveykіn, V. S., Pochka, K. І. (2003). The power analysis of roller forming installation with the recupera-tive drive. Scientific and technical magazine «Technology of construction». Kyiv. No 14. 27-37.

Loveykіn, V. S., Pochka, K. І. (2005). The analysis of unevenness of the movement of roller forming installa-tion with the recuperative drive. Scientific and technical and production magazine «Hoisting-and-transport equip-ment». No 4. 19-33.

Loveykіn, V. S., Pochka, K. І., Palamarchuk, D. A. (2004). Optimization of design data of the driving mecha-nism of roller forming installation with the rekuperativ drive. Scientific and technical magazine «Technology of construction». Kyiv. 2004. No 15. 40-48.

Pochka, K. І. 2008. Development and the analysis of roller forming installation with the rekuperativ drive. The abstract of the thesis for a degree of Candidate of Technical Sciences. Kyiv. KNUCA. 24.

Loveykіn, V. S., Kovbasa, V. P., Pochka, K. І. (2010). The dynamic analysis of roller forming installa-tion with energetically balanced drive. Scientific Herald of NULES of Ukraine. Series: Technique and energy of APK. Kyiv. No 144. part 5. 338-344.

Loveykіn, V. S., Kovbasa, V. P., Pochka, K. І. (2011). The power analysis of roller forming installation with energetically balanced drive. Scientific bulletin of the Tavriysky state agro technological university. Melіtopol. No 1. Tom 2. 16-23.

Loveykіn, V. S., Pochka, K. І. (2010). The analy-sis of unevenness of the movement of roller forming in-stallation with energetically balanced drive. Vibrations in the equipment and technologies. No 4 (60). 20-29.

Loveykіn, V. S., Pochka, K. І. (2010). Optimiza-tion of design data of roller forming installation with en-ergetically balanced drive. MOTROL. Motorization and power industry in agriculture. Lublin. Tom 12 B. 9-18.

Loveykіn, V. S., Pochka, K. І. (2004). The analy-sis of the movement of roller forming installation with the balanced drive. Bulletin of the Kharkiv national automo-bile and road university. No 27. 95-101.

Loveykіn, V. S., Pochka, K. І. (2005). The power analysis of roller forming installation with the balanced drive. Scientific bulletin of National agricultural universi-ty. No 80. 346-356.

Loveykіn, V. S. (1989). Assessment of the movement of mechanisms and cars. Hoisting-and-transport equipment. Kyiv. Tehnika. 16-18.

Lovejkіn, V. S., Shumіlov, G. V. (2011). Optimi-zation of the mode of change of a departure of the tower crane behind single kinematic criteria. MOTROL. Motor-ization and power industry in agriculture. Lublin. Tom 13. 167-174.

Loveykіn, V. S., Pochka, K. І. (2015). The analy-sis of unevenness of the movement of roller forming in-stallation with the balanced drive. MOTROL. Commis-sion of Motorization and Energetics in Agriculture. Lublin-Rzeszow. Vol. 17. No 3. 17-27.

Loveykіn, V. S., Pochka, K. І. (2016). Analysis of dynamic equilibration by the drive of cars of roller for-mation. MOTROL. Commission of Motorization and Energetics in Agriculture. Lublin-Rzeszow. Vol. 18. No 3. 41-52.

Loveykіn, V. S., Pochka, K. І. (2015). Dynamic optimization of the mode of reversal of roller forming installation. Collection of scientific tinders «Mechanical engineering». Harkіv. Ukrainian engineering and peda-gogical academy. No 15. 76-86.

Loveykіn, V. S., Pochka, K. І. (2015). Optimiza-tion of the breakthrough mode of reversal of roller form-ing installation. Scientific Herald of NULES of Ukraine. Series: Technique and energy of APK. Kyiv. No 212. part 1. 186-197.

Loveykіn, V. S., Pochka, K. І. (2015). Optimiza-tion of the mode of reversal of roller forming installation on acceleration of the third order. Bulletin of the Donbass state machine-building academy: collection of scientific works. Kramatorsk. No 3 (36). 16-26.

Loveykіn, V. S., Pochka, K. І. (2017). Synthesis of camshaft driving mechanism in roller molding installa-tion with combined motion mode according to accelera-tion of third order. Science & Technique. Minsk. BNTU. No 16(3). 206-214. DOI:10.21122/2227-1031-2017-16-3-206-214.

Loveykin, V. S. (1990). Calculations of the opti-mum modes of the movement of mechanisms and cars. Manual. Kyiv. UMK VO. 168.

Loveykіn, V. S., Pochka, K. І., Chovnjuk, Ju. V., Dikteruk, M. G. (2014). Patent of Ukraine for an invention № 105744. Installation for formation of prod-ucts from concrete mixes. № а201309305 it is stated 25.07.2013; it is published 10.06.2014. Bulletin № 11.

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Published

2019-01-25

Issue

Vol. 9 No. 2 (2018)

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