References
- 1. Ambrosio J., Malça C. Ramalho A. (2016), Planar roller chain drive dynamics using a cylindrical contact force model, Mechanics Based Design of Structures and Machines, 44(1-2), pp. 109–122.
- 2. Egorov A., Kozlov K., Belogusev V. (2015) A method for evaluation of the chain drive efficiency, Journal of Applied Engineering Science, 13(4), 277-282
- 3. Fuglede N., Thomsen J.J. (2016 B), Kinematics of roller chain drives – Exact and approximate analysis, Mechanism and Machine Theory, 100, 17-32.
- 4. Fuglede N., Thomsen J.J., (2016 A), Kinematic and dynamic modeling and approximate analysis of a roller chain drive, Journal of Sound and Vibration, 366, 447-470.
- 5. James C. Conwell, G.E. Johnson (1996), Experimental investigation of link tension and roller-sprocket impact in roller chain drives, Mechanism and Machine Theory, 31(4), 533-544.
- 6. Junzhou Huo, Shiqiang Yu, Jing Yang and Tao Li, (2013), Static and Dynamic Characteristics of the Chain Drive System of a Heavy Duty Apron Feeder, The Open Mechanical Engineering Journal, 7, 121-128.
- 7. Kipphan, H. (2001), Handbook of Print Media: Technologies and Production Methods, Berlin: Springer.
- 8. Knysh O., Rehei I., Ternytskii S., Kandiak N., Behen P. (2019): Experimental researches of book blocks spine processing by cylindrical milling cutter during perfect binding, Australian Journal of Mechanical Engineering, DOI:10.1080/14484846.2019.1625102.
- 9. Kozar V. (2014), Methodology of experimental researches of trimming book magazine blocks flat cuttings tools with a curved blade edge profile, Printing and Publishing, 4 (68), 26–31 (In Ukrainian).
- 10. Lazutkyna N. (2013), The study of longitudinal dynamics of the chain conveyor belts, Modern problems of science and education, 5, pp.1-9 (In Russian).
- 11. Liu, Y.X., Zou, S.L., Tang, T., Zhou, Q.W. (2012), Study on Simulation of the Chain Transmission Mechanism. Advanced Materials Research, 591-593, 797-800.
- 12. Perawat T., Patiparn N., Pruet K. (2018), Wear resistance improvement of the roller chain parts at Thai Metro Industry (1973) Co., Ltd, Materials Today: Proceedings, 5(3), Part 2, 9431-9439.
- 13. Pereira C., Ambrósio J., Ramalho A. (2010 A), A methodology for the generation of planar models for multibody chain drives. Multibody System Dynamics, 24(3), 303-324.
- 14. Pereira C., Ambrósio J., Ramalho A. (2010 B), Implications of Contact Parameters on the Dynamics of Chain Drives. Key Engineering Materials, 572, 367-370.
- 15. Pilipenko O., Poluyan A. (2015), Dynamics of three mass chain drive in metal and polymeric implementation, International scientific and practical conference world Science Proceedings of the conference Innovative technologies in science, I, Rost Publishing, Dubai, 6-9 (In Russian).
- 16. Poliudov O. M., Knysh O. B. (2014) Modern tendencies of improvement of facilities and devices for book spine treatment while perfect binding process, Scientific Papers, 3(48), 63-68 (In Ukrainian).
- 17. Senkus V., Kolomiiets A., Bosak V. (2015), Synthesis of chain’s speed leveling mechanism for conveyor drive, Upakovka, 3, 28-31 (In Ukrainian).
- 18. Tokarchuk O. (2014), Results of experimental researches from determination of hauling effort of workings organs of tube conveyer, Zbirnyk naukovyh prats (galuzeve mashynobuduvannya, budivnytstvo), N1, 52-59 (In Ukrainian).
- 19. Troedsson I., Vedmar L. (2001), A method to determine the dynamic load distribution in a chain drive, Sage journals, 215, 569-579.
- 20. Udovytskyi O., Soltys I. (2017), The study of dynamic processes during the transportation by chain conveyor. Scientific Bulletin of UNFU, 27(4), 144-147 (In Ukrainian).
- 21. Vatuljak, Ju. V. (2018). Improving the process of book blocks cutting during their circumferential movement, PhD diss., Ukrainian academy of printing (In Ukrainian).
- 22. Viniarskyi S., Knysh O. (2003), Studying of the method for the relief development on the book block spine for perfect binding of printed. Printing and Publishing, 40, 8-31 (In Ukrainian).
- 23. Xu L, Yang Y, Chang Z, Liu J (2010) Dynamic modeling of a roller chain drive system considering the flexibility of input shaft. Chin J Mech Eng, 23(3), 367-374.