ANALYTICAL DETERMINATION OF THE PNEUMATIC TIRE RADIAL STIFFNESS

Penko Tzvetkov Petkov

Scientific paper ID 1050 : 2014/3

ANALYTICAL DETERMINATION OF THE PNEUMATIC TIRE RADIAL STIFFNESS

Penko Tzvetkov Petkov

Analytical method for radial stiffness of the pneumatic tire has been offered in the article. The main purpose is to find analytical dependence of the stiffness coefficient in a radial direction on the geometric parameters of the tire sidewall and the mechanical properties of the materials. The metod is applied for determined type of size tire with radial construction. The results received have been compared with experimental ones and they can be use in theoretical models for the vibration activity of the tire investigation.

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пневматична гума страница композитна структура вътрешно налягане модул на линейна еластичност коефициент на радиална еластичностpneumatic tire sidewall composite structure internal pressure elastic module radial stiffness coefficientPenko Tzvetkov Petkov

BIBLIOGRAPHY

[1] Buhin B. L. Vvedenie v mehaniku pnevmaticheskih shin. M., Himiya, 1988. 223 s.
( [1] Бухин Б. Л. Введение в механику пневматических шин. М., Химия, 1988. 223 с. )

[2] Grigolyuk E. I., G. M. Kulikov. Mnogosloynyye armirovannyye obolochki. Raschet pnevmaticheskih shin. M., Mashinostroenie, 1988. 288 s.
( [2] Григолюк Э. И., Г. М. Куликов. Многослойные армированные оболочки. Расчет пневматических шин. М., Машиностроение, 1988. 288 с. )

[3] Issledovanie vibratsionnyh harakteristik sistemy "shina – podveska" s tselyu povysheniya komfortabelnosti legkovyh avtomobiley vyshego klassa "ZIL". Tehnicheski otchet po Dogovor №38 – 70/1116 – 22. Moskva – Sofiya, 1988. 271 s.
( [3] Исследование вибрационных характеристик системы "шина – подвеска" с целью повышения комфортабельности легковых автомобилей вышего класса "ЗИЛ". Технически отчет по Договор №38 – 70/1116 – 22. Москва – София, 1988. 271 с. )

[4] Lukomskaya A. I. Mehanicheskie svoystva rezinokordnyh sistem. M., Himiya, 1981. 278 s.
( [4] Лукомская А. И. Механические свойства резинокордных систем. М., Химия, 1981. 278 с. )

[5] Raympel Y. Shassi avtomobilya.Amortizatory, shiny i kolesa (perevod s nemetskogo). M., Mashinostroenie, 1986. 317 s.
( [5] Раймпель Й. Шасси автомобиля.Амортизаторы, шины и колеса (перевод с немецкого). М., Машиностроение, 1986. 317 с. )

[6] A new Analytical Tire Model for Vehivle Dynamic Analysis. J. Shane Sui, Johne A. Hirshey// Daimler Chraysler Corporation, 2000. 11 p.

[7] Clark S. K. Mechanics of pneumatic tires. National Bureau of Standarts. Washington, D. C., 1981. 931 p.

[8] Konty . Geometry and Mechanics of Pneumatic Tires. Zlin, CSZ, 2007. 139 p.

[9] The Pneumatic Tire. U. S. Department of Transportation. National Higway Traffic Safety Administration, 2006. 699 p.

[10] Zegelaar P. W. A. The Dynamic Response of Tyres to Brake Torque Vibrations and Road unevennesses. Delft University of Technology, 1998. 316 p.