On-board oxygen supply systems: a friction model for compressed gas pressure regulator
- 1,4 Ph.D. (Eng.), OJSC NNP Respirator (Orehovo-Zuevo, Moscow region)
- 2 Deputy of Chief Designer, OJSC NNP Respirator (Orehovo-Zuevo, Moscow region)
- 3 Ph.D. (Eng.), Plechanov Russian Economic University (Moscow)
- 5 Dr.Sc. (Eng.), Professor, OJSC NNP Respirator (Orehovo-Zuevo, Moscow region)
Abstract
This study describes a friction model for a gas regulator. This model embraces such friction parameters as static dry friction, kinetic dry friction and the viscous friction ratio and offers an experimental method to obtain friction parameters using a rela-tively simple test-bench designed for that purpose. The method in question proves that not only is this simple and reliable fric-tion model valid, but also that it can be effective if applied to any other system.
How to cite
Апрельский Е.Н., Замятин В.Г., Кастерский С.М., Синев И.М., Чернуха В.Н. Бортовые кислородные системы: модель трения пневмомеханического регулятора давления // Информационно-измерительные и управляющие системы. 2015. № 12. С. 19–25.
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