Development of an Innovative Planetary Gearbox
Description
This essentials volume is dedicated to the development and effectiveness analysis of an innovative planetary gearbox design, taking into account fundamental engineering requirements. A James-type planetary gearbox of the "2K-H" configuration was further developed, manufactured, and tested using double radial planet gears to achieve a more efficient drive for a ball mill used in cement production. The resulting gearbox is smaller, lighter, and exhibits a higher critical rotational speed than the original design. The work also examines, among other aspects, the selection of optimal gearbox parameters, vibration resistance, and the economic feasibility of the further development.
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Persons
Prof. Dr. Ayaz Abdullayev headed the Chair of Machine Elements at AzTU from 1976 to 2016. He is currently a consulting professor at the Institute of Machine Design and Mechatronics of the Azerbaijan Technical University.
Prof. Dr. Ali Najafov led the Chair of Machine Design and the Research Institute of Mechanical Engineering at AzTU from 2016 to 2019. He is currently working in Germany.
Huseyn Gafarov completed his master's degree in "Technological Machinery" in 2013. He is currently a doctoral candidate in the Department of Machine Design and Mechatronics at AzTU and serves as the First Deputy Director of "Azercotton AIC" LLC at the Imishli plant.
Dr. Shahid Yusubov is a lecturer at the Chair of Machine Design and Mechatronics at AzTU.
Sevda Adgezalova works as an engineer at the Chair of Machine Design and Mechatronics at AzTU.
Content
General Provisions. Problem Analysis.- The development of the innovative "2K-H" planetary gearbox with doubled or tripled radial planet gears.- Selection of the optimal parameters for the innovative built-in planetary gearbox with doubled or tripled planet gears.- Vibration-resistance assessment of the innovative built-in planetary gearbox for the ball-mill drive in cement production.- Evaluation of the economic efficiency of the innovative ball-mill drive in cement production.
