From the general formula for calculating the efficiency of planetary gear trains, the efficiency of the double crank ring-plate-type pin-cycloidal gear planetary drive is derived. To prove the theory, an experimental study has been conducted. The tested value of the efficiency of a sample set of the new-type drive in the experiment agrees with the calculated one. It shows that the new-type drive is of not merely high bearing capacity, but also quite high efficiency
199-204The aim of this study is to verify the validity of the proposed approaches for kinetostatic ...
Using the torque method, one can determine not only the speed ratios in complex compound planetary g...
In this paper, a theoretical and experimental investigation on an innovative cycloidal speed reducer...
From the general formula for calculating the efficiency of planetary gear trains, the efficiency of ...
© 2020 Published by Faculty of Engineering. A new generation of planetary speed reducers has a lot o...
Abstract: Among all the mechanical drives currently in use, the planetary reduction gears hold an im...
Cycloid reducers are gear trains which can be classified as planetary transmissions. These transmiss...
The mechanical efficiency is a computed value for comparing the performance of the multi degrees-of-...
Planetary gears offer compact and light solutions to achieve the high gear ratios required by roboti...
This paper discusses a method to calculate the efficiency of a planetary gearbox with 2 degrees of f...
Gears with involute profile have been used broadly as power transmission mechanisms. High speed red...
Abstract: The paper presents an original method for determining gear efficiency, gearing forces, vel...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
External parallel-axis cylindrical gears are considered as very efficient means for transmitting mec...
The article presents a method for calculating and designing spherical roller gears with a double-row...
199-204The aim of this study is to verify the validity of the proposed approaches for kinetostatic ...
Using the torque method, one can determine not only the speed ratios in complex compound planetary g...
In this paper, a theoretical and experimental investigation on an innovative cycloidal speed reducer...
From the general formula for calculating the efficiency of planetary gear trains, the efficiency of ...
© 2020 Published by Faculty of Engineering. A new generation of planetary speed reducers has a lot o...
Abstract: Among all the mechanical drives currently in use, the planetary reduction gears hold an im...
Cycloid reducers are gear trains which can be classified as planetary transmissions. These transmiss...
The mechanical efficiency is a computed value for comparing the performance of the multi degrees-of-...
Planetary gears offer compact and light solutions to achieve the high gear ratios required by roboti...
This paper discusses a method to calculate the efficiency of a planetary gearbox with 2 degrees of f...
Gears with involute profile have been used broadly as power transmission mechanisms. High speed red...
Abstract: The paper presents an original method for determining gear efficiency, gearing forces, vel...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
External parallel-axis cylindrical gears are considered as very efficient means for transmitting mec...
The article presents a method for calculating and designing spherical roller gears with a double-row...
199-204The aim of this study is to verify the validity of the proposed approaches for kinetostatic ...
Using the torque method, one can determine not only the speed ratios in complex compound planetary g...
In this paper, a theoretical and experimental investigation on an innovative cycloidal speed reducer...