Deriving optimal transmission architecture of planetary gear assembly by mathematical modelling of design parameters

Mandol, Sourabh; Dan, Pranab K.; Mondal, Mrinmoy

doi:10.1088/1757-899x/393/1/012062

Cited by 2 publications

(1 citation statement)

References 8 publications

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“…Методика визначення оптимальної конструкції планетарної передачі (планетарного механізму типу AI ), ґрунтованої на математичному моделюванні конструктивних параметрів, приведена в роботі[10].…”

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Comparative Analysis of the Bearing Capacity of Planetary Mechanisms Formed on the Basis by Two Simple James Planetary Mechanisms, According to Sequential Non-Loop and Closed Kinematic Schemes With One Loop

Sharaban,

Shehov

2023

МіСАПР

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The article presents a method for comparative analysis of the bearing capacity of planetary mechanisms of various kinematic schemes using several CAD/CAE software environments. To implement the method of comparative analysis, the KOMPAS-3D and SolidWorks software environments were used. In the first environment, calculations were performed according to the method of the GOST 21354-87 standard. The initial data and results of calculations performed by the KOMPAS-GEARS software package are stored in the appropriate files. In the second environment, a parametric 3D geometric solid model of the kinematic scheme of the planetary mechanism was created. According to this model, such characteristics of gears as mass and axial moment of inertia were determined. These characteristics are used to perform optimization calculations of the mass and speed of the designed planetary mechanism. The study of the speed of the planetary mechanism can be carried out in SolidWorks Motion. The overall dimensions of the model allow the designer to assess the acceptability of the design constraints for given dimensions to the specified requirements. According to the method, a study was made of the suitability of gear designs that were designed for a closed planetary mechanism as gears of an open-loop sequential planetary mechanism. The closed planetary gear is formed by two simple James planetary gears. The circuities planetary gear is formed by the series connection of the same simple planetary gears. Two cases of loading gears for a given kinematic scheme of the planetary mechanism were studied. Keywords: simple James planetary mechanism (mechanisms type ); closed planetary mechanism; contourless planetary gear; moment of inertia of gear-wheel; gear mass; planetary gear mass; contact strength of the gearing; bending strength of the gearing; toothing resource; 3D geometric solid model of the kinematic scheme of the planetary mechanism

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Comparative Analysis of the Bearing Capacity of Planetary Mechanisms Formed on the Basis by Two Simple James Planetary Mechanisms, According to Sequential Non-Loop and Closed Kinematic Schemes With One Loop

Sharaban,

Shehov

2023

МіСАПР

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Problems with the operation of automatic transmissions of AW 55-50 type

Stefanov

Hristov

2021

IOP Conf. Ser.: Mater. Sci. Eng.

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The five-speed automatic transmissions of the AW 55-50 type are widely used in cars. They are used in the transmissions of Opel, Renault, Volvo, Saab, Fiat (Alfa, Lancia), Nissan and GM. Various problems are observed in their operation. Some of the problems are mechanical in nature, requiring major repairs to the transmission. A common defect is a problem in the valve body, which does not require major repairs. Only the valve body is dismantled and repaired without dismantling the entire gearbox. This the report examines characteristics of the linear pressure solenoid (electronic pressure regulator), embedded in automatic transmissions of the type AW 55-50. For this purpose, made special hydraulic fixture with electronic controls, which imitate the work of this pressure regulator under real conditions.

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Deriving optimal transmission architecture of planetary gear assembly by mathematical modelling of design parameters

Cited by 2 publications

References 8 publications

Comparative Analysis of the Bearing Capacity of Planetary Mechanisms Formed on the Basis by Two Simple James Planetary Mechanisms, According to Sequential Non-Loop and Closed Kinematic Schemes With One Loop

Comparative Analysis of the Bearing Capacity of Planetary Mechanisms Formed on the Basis by Two Simple James Planetary Mechanisms, According to Sequential Non-Loop and Closed Kinematic Schemes With One Loop

Problems with the operation of automatic transmissions of AW 55-50 type

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