Дослідження напруженого стану конвеєрної стрічки з тросами різної жорсткості
Journal Title: Математичне моделювання - Year 2017, Vol 1, Issue 1
Abstract
RESEARCH OF THE TENSE STATE OF CONVEYER RIBBON IS WITH THE ROPES OF DIFFERENT INFLEXIBILITY Belmas I,V., Bilous O.I., Kolosov D.L., Vorobjova О.М Abstract Conveyor belts are used in a variety of conveyor systems, convex drums, and can have damaged ropes and cables of varying rigidity. Determination of the strained state of the tape is an actual task, it is aimed at creating safe conditions for the conveyor. The purpose of the study is to develop an algorithm for determining the stress state of the tape, both damaged and cables of different rigidity, interacts with the curvilinear drum. The stress-strain state of the tape is determined by the equal weight of its ropes. Having solved a system of equilibrium equations for a tape of cables of different stiffness given as a Dirac function on a segment of a discrete axis of rope numbers, it has been established that the laws of the distribution of forces, movements of ropes have the character of local perturbations. Reducing the stiffness of the cable leads to a decrease in the relative loads of adjacent ropes at their gusts and gusts of cable less rigidity. Obtained expressions for calculating the strained state of the tape, taking into account the presence of ropes in it less rigidity, wire ropes, the interaction of the tape with a non-cylindrical drum. The determined voltage state of the tape during its use allows to determine the loss of its attractive ability, to ensure safe and safe operating conditions of the conveyor belt. The use of the obtained results allows to increase the safety level of the conveyor. The obtained results are quite reliable and can be extended to composite materials of layered construction with hard layers. References [1] Volotkovskij V.S., Nohrin E.G., Gerasimova M.F. Isnos I dolgovethnost konveernih lent [Wear and longevity of conveyer ribbons ] – Moscow, 1976. – 176 p. [2] Kartavij A.N. Obosnovanie osnovnih parametrov kruto naklonnogo konveera s prijimnoj lentoj dlj karerov s boltsimi grusopotokavi [Basis of the main parameters of a steeply bent conveyor with a clamping belt for quarries with large cargo flows Kand tehn. sci. diss.]. Moscow, 2000. 211 p. [3] Averthinkov V.I., Davidov S,V, Dunaev V.P., Ivanthenko V,N. Konveeri s podvesnoj kentoj Conveyors with hanging tape.Moscow, 2004. –255с. [4] Belmas I.V., Kolosov D.L. The stress-strain state of a flat rope is due to grip of traction elements and the construction of a lifting machine.Zbirnik naukovih praz nazionalnoho hirnitcoho universitetu – Collection of scientific works of national mountain university, 2017, no. 50, pp. 163–170/ (in Ukrainian). [5] Belmas I.V., Kolosov D.L., Kolosov O.L. Investigation of the stress-strain state of the rubber-rubber rope at the transition to the tubular form. Vestnik PNIPU geologij. Naftegazovoe I gornoe delo – Announcer PNIPU. Geology. Oil and gas and mountain business, 2014, no. 12. pp. 48–55.(in Russian) [6] Belmas I.V., Bilous O.I. The tense state of гумовотросової ribbon is at loading. – Zbornik nauthnih trudov Dneprodzerzhinskjho hosudarstvennogo tehnitheskogj unsversiteta (tehnitheskie nauki), jbilejnij vipusk (1999–2000) – Collection of scientific works of Dneprodzerzhinsk State Technical University (technical science), anniversary issue (1999–2000), no. 2, pp. 331–333. (in Ukrainian). [7] Belmas I.V., Saburova І.Т., Zadorohnj І.М. Prevention of the destruction of the traction unit of the steep slope of the hoist . Zbornik nauthnih trudov Kerthenskogo morskogotehnologithnogo morskogo instituta. Mehanisatcij proizvodstvennih protsesov ribnogo hozajstva, promithlenih I agrarnih predprijtij – Collection of scientific works of the Kerch marine technological institute. Mechanization of productive processes of fish industry, industrial and agrarian enterprises, 2008, no 9, pp. 132–136.(in Ukrainian). [8]. Blohin S,.Е., Kolosov D.L., Kolosov O.L., Stress-strain state of a flat rubber-rubber traction organ on a drum. Visnik Gnipropetrovskogo natsionalnogo universitetu zaliznithnogo transportu im. Akad Lazapjna. = Bulletin of Dnipropetrovsk National University of Railway Transport named after. acad. V. Lazaryan, 2009, no. 30, pp. 88–91. (in Russian). [9] Tantsura G,I,. Hnuthki tjgovi orgahi. Stikovi sednannj konveehnih stritsok [Flexible hauling organs. Butt connections of conveyer ribbons]. – Dniprodzerzhynsk, 2010, 127 p. [10] Pedthenko О.S. Mathematical model of the suspended conveyer ribbon on a conveyer with the bend of route in a vertical line -Gornij informatsionno analititheskij bulleten – Mining Information Analytical Bulletin, 2007, no. 1, pp. 322–324. (in Russian). [11] Pruthak V.J. Numerical evaluation of the durability of joints of rubber-rubber conveyor belts. Vestnik Belorusskoho natsionalmnogo tehnitheskogo universiteta – Bulletin of the Belarusian National Technical University, 2008. no. 1, pp. 35–38. (in Russian). [12] Levthenij J.B. Povishenie nadeshnosti stikovih soedinenij konveernih lent na gornodobivajshih predprsjtijh: na primere RUP "PО "Belarus kalij" [Increase of reliability of butt connections of conveyer ribbons on mining enterprises: On the example of РУП "ON "Belarus kalij" Kand tehn. sci. diss.], Soligorsk, 2004, 152 p. [13] Volhovskij V.J., Radin V.P., Rudjk М.B. Concentration of efforts in ropes and bearing strength of резинотросовых of conveyer ribbons with damages. Buleten Moskovskogo energetitheskogo instituta – Bulletin of the Moscow Power Engineering Institute, 2010, no 5, pp. 5–12. (in Russian). [14] Belmas I.V., Saburova І.Т., Model of Model of the stress-strain state of the rubber-fabric tape in the transitional section. – Podjomno-transportnaj tehnika – Lifting-transport technique, 2003, no. 3, pp. 93–99. (in Ukrainian). [15] Ithenko R.V. Povishense nadejnosti bistroiznashivajsthihsj detalej lentothnih konveerov v vjsdushno- soljnoj srede [Increase of reliability of wear parts of belt conveyors in air-salt environment – Kand tehn. sci. diss.]. – Moscow, 2013? 204 p.
Authors and Affiliations
І. В. Бельмас, О. І. Білоус, Д. Л. Колосов, О. М. Воробйова
Keywords
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