Volume 13, number 2
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Determination of the Efficiency of the Hydro-Mechanical Differential Variator  

Ildar Ilgizarovich Salakhov*, Ildus Rifovich Mavleev, Radik Fanisovich Ildarkhanov and Eduard Nikolaevich Tsybunov

Naberezhnochelninsky Institute (branch) Kazan Federal University, Russian Federation, 423812, Naberezhnye Chelny, pr.Syuyumbike, 10A,

Corresponding Authors E-mail: iis_kfu@mail.ru

DOI : http://dx.doi.org/10.13005/bbra/2101

ABSTRACT: The author has carried out the analysis of dynamic-coupled automatic transmissions and regarded the prospects of their application and development. New design of continuously variable transmission based on differential hydra-mechanical gear train was developed and covered by RF patents No2298125 and No2347966. Principles of work performance for high-torque differential hydra-mechanical gear train based on interoperation equableness of moments opposing one another that are produced at the gear carrier owing to inner forces of differential stages as well as self-actuated pressure variation and hydraulic fluid consumption change when it comes through hydraulic pump and hydraulic actuator.

KEYWORDS: hydra-mechanical gear train; continuously variable transmission; differential hydra-mechanical variator; mechanical diagram; high-torque differential hydra-mechanical variator

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Salakhov I. I, Mavleev I. R, Ildarkhanov. R. F, Tsybunov E. N. Determination of the Efficiency of the Hydro-Mechanical Differential Variator. Biosci Biotech Res Asia 2016;13(2)
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Salakhov I. I, Mavleev I. R, Ildarkhanov. R. F, Tsybunov E. N. Determination of the Efficiency of the Hydro-Mechanical Differential Variator. Biosci Biotech Res Asia 2016;13(2). Available from: https://www.biotech-asia.org/?p=11030

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