This paper presents a method for kinematic error analysis and tolerance design of cycloidal
gear reducers. The relationships between parameters concerning geometry, manufacturing …

The current loaded tooth contact analysis of cycloid drives based on the assumption of
theoretical positions of ring pins ignores the deviations caused by manufacturing errors and …

The article presents a method for diagnosing cycloidal gear damage on a laboratory stand.
The damage was simulated by removing the sliding sleeves from two adjacent external pins …

This study aims to accurately predict the nonlinear characteristics of transmission efficiency
of cycloid reducers under different operating conditions. Firstly, equivalent modeling of the …

A comparative study of a cycloidal gearbox working with a different kind of bearings is
presented in the article. Two kinds of the bearings used in the cycloidal gearbox are taken …

The cycloidal speed reducer is used in industry universally. In order to know the influence of
the design parameters on the reducer performance, this study proposes a prediction method …

Transmission error (TE) and backlash are important parameters used to evaluate the
transmission accuracy of cycloid-pin drives. Existing calculation methods are mostly based …

This paper describes an experimental and theoretical approach to evaluate cycloid drive
reducer efficiency. The tests are carried out on 7.5 kW two-disc cycloid drive with a gear ratio …

This study proposes a clearance, deformation, and friction numerical analysis method for
cycloidal drives (CDFM) to design and optimize. The proposed method considers clearance …

Gearing is one of the most important rolling nodes in a cycloidal planetary transmission. It
consists of gears whose outlines are created according to cycloidal curves and the rollers …