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Applicability of computer simulation while designing mechanical systems of mining rolling stock

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Category: Geotechnical and mining mechanical engineering, machine building

Last Updated on 21 July 2014

Published on 24 December 2013

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Authors:

K.A. Ziborov, Cand. Sci. (Tech.), Associate Professor, State Higher Educational Institution “National Mining University”, Head of the Department of Machinery Design Bases, Dnipropetrovsk, Ukraine.

V.V. Protsiv, Dr. Sci. (Tech.), State Higher Educational Institution “National Mining University”, Professor of the Department of Machinery Design Bases, Dnipropetrovsk, Ukraine.

S.Ye. Blokhin, Dr. Sci. (Tech.), State Higher Educational Institution “National Mining University”, Professor of the Department of Building, Theoretical and Applied Mechanics, Dnipropetrovsk, Ukraine.

S.O. Fedoriachenko, State Higher Educational Institution “National Mining University”, Postgraduate, Dnipropetrovsk, Ukraine.

Abstract:

Purpose. To prove the reasonability of computer simulation as an instrument for study of mechanical system dynamics, which allows us to substantiate the appropriateness of newly-developed technical solutions.

Methodology. We have compiled the system of differential Lagrange equations of the 2nd order and them by means of Wolfram Mathematica software. The initial conditions and mass-inertia data have been prepared by means of CAD Kompass 3D. The results of simulation have been verified by CAM “Universal Mechanism”.

Findings. We have proposed to analyze dynamics of mechanical systems of mining rail transport by the method of CAD simulation. It allows us to use CAD model parameterization to vary model characteristics on the stage of development with dynamics indices assessment, mechanical stress of elements, reliability and lifetime estimation subject to exploitation conditions. The solution of those tasks is realized in corresponding mathematical models, which describe technical solutions or in the 3D models developed in CAD/CAM software. This allows describing inertial, geometrical and kinematical parameters, force interaction.

Originality. Verification of theoretical and experimental research becomes possible due to modern approaches of dynamic systems simulation. Preparation and implementation of the initial data created in different CAD/CAM software in one mathematical model provides the possibility to carry out plenty of research with different system parameters.

Practical value. We receivedthe possibility of the obtained data exchange between separate parts of a mathematical model. This brings the time saving and increases the level of scientific study.

References:

1. Pavlenko, A.P. (1993), Dinamika tiagovykh privodov magistralnykh lokomotivov [Traction Gears of Locomotives], Mashinostroenie, Moscow, Russia.

Павленко А.П. Динамика тяговых приводов магистральных локомотивов / Павленко А.П. – М.: Машиностроение, 1993. – 192 с.

2. Pogorelov, D.Yu. (1996), Vvedeniye v modelirovaniye dinamiki system tel [Introduction to Body System Dynamics Simulation], BGTU, Bryansk, Russia.

Погорелов Д.Ю. Введение в моделирование динамики систем тел / Погорелов Д.Ю. – Брянск: БГТУ, 1996. – 156 с.

3. Kovalev, R.V., Fedyayeva, G.A. and Fedyayev, V.N. (2007), “Simulation of electro-mechanical locomotives’ system”, Sbornik trudov DIIT, Dnepropetrovsk, Issue 14, pp. 123–127.

Ковалев Р.В. Моделирование электромеханической системы тепловозов / Р.В. Ковалев, Г.А. Федяева, В.Н. Федяев // Сборник трудов ДИИТ – 2007. –№ 14. – С. 123–127.

4. Ziborov, K.A., Vanzha, G.K. and Fedoriachenko, S.O. (2012), “Dynamic model of the mining car with chassis’ additional degree of freedom”, Proc. of the International Conf. “Modern Machinery. Science & Education”, Politechnik University, St.-Petersburg, Russia.

Зиборов К.А. Динамическая модель шахтной вагонетки с дополнительной кинематической подвижностью ходовой части: матеріали міжнародної конференції „Современное машиностроение. Наука и образование“. / К.А. Зиборов, Г.К. Ванжа, С.А. Федоряченко – СПб.: Политехн. ун-т, 2012.

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