Dynamic modeling is the basis of gear system dynamics research. From the perspective of gear dynamics, the cutting part of

Shearer cutting part is a multi-stage gear transmission system supported by rocker box, which has many parts and complex structure.

Based on the multi-body dynamics commercial software ADAMS simulation platform and considering the dynamic characteristics of the rocker box and

The research on gear dynamics of shearer cutting part started late at home and abroad, and the main achievements were

Profile modification is to modify the helical angle or axial profile of the gear according to the predetermined law according

Profile modification is to remove trace material from the tooth surface along the direction of tooth height, so as to

The design of gear system is not limited to the static strength check, but the important content is to consider

It should be noted that the dynamic substructure method is mainly convenient to establish the coupling dynamic model of the

Choy et al established the dynamic model of the transmission system by using the transfer matrix method and the dynamic

With the deepening of research and the improvement of computer performance, the research object of gear system dynamics has experienced

As an elastic mechanical system, gear system produces vibration and noise problems under dynamic excitation. The dynamic excitation is the

The cutting part is the core part of the shearer’s function of cutting coal and loading coal. It is mainly