Article 11214

Title of the article



Khvatov Gennadiy Aleksandrovich, Deputy Director of Penza Artillery Engineering Institute (Penza-5, Russia),
Savitskiy Vladimir Yakovlevich, Doctor of engineering sciences, professor, sub-department № 11, Penza Artillery Engineering Institute (Penza-5, Russia),
Muyzemnek Aleksandr Yur'evich, Doctor of engineering sciences, professor, sub-department of transport machines, Penza State University (40 Krasnaya street, Penza, Russia),

Index UDK

621.001.63: 623.41


Background. The object of research is polymeric packing of a rod of a hydrobraking device of a new design. The subject of research is functioning thereof in a heat impulse machine. The article is aimed at formation of a general approach to estimating tightness of a hidrobraking device cavity of a heat machine at the design stage.
Materials and methods. Research of the process of polymeric packing of a rod of a new design was carried out by the finite element method.
Results. The authors developed a new design of polymeric packing of a rod of a hydrobraking device to operate in conditions of impulse loads and reversive friction, tested the polymeric material at uniaxial tension and shift, identified parameters of the model thereof, developed a computer model of a sealing device, carried out computer modeling of the process under investigation allowing to estimate tightness of the hydrobreaking device cavity at the design stage.
Conclusion. The research of polymeric packing of new design, proved by field experiments, allows to conclude about reliability of ensuring tightness of the hydrobreaking device cavity and to recommend the developed polymeric packing design to use in other designs of heat impulse machines. The authors recommend the used approach to tightness estimation to be considered as a universal one.

Key words

hydrobraking devices, tightness, polyurethane seals, finite element models, tension, deformation, damping effect

Download PDF

1. Savitskiy V. Ya. Osnovy i prilozheniya teorii prognozirovaniya resursa slozhnykh tribosistem: monogr. [Fundamentals and applications of the theory of complex tribosystem resource forecasting: monograph]. Penza: PAII, 2005, 326 p.
2. Pat. 2294473 Russian Federation. Sealing device. V. Ya. Savitskiy, I. V. Sukhorukov et al. 20 Yul. 2012, bull. no. 6, 3 p.
3. Hallquist J. O. LS-DYNA Theoretical Manual. Livermore, Livermore Software Technology Corporation, 2006.
4. LS-DYNA. Keyword User's Ma nual Volume II. August 2012 Version 971 R6.1.0. Livermore, Livermore Software Technology Corporation, 2014.


Дата создания: 29.08.2014 15:10
Дата обновления: 01.09.2014 10:08