Design and simulation of gear transmission mechanism for the deep-sea electric cylinder
To achieve precise operation of the deep-sea electric cylinder,a hybrid gear train transmission mechanism composed of planetary gear trains and fixed axis gear trains is designed.The structural parameters of each gear are determ-ined according to the requirements of the conditions.On the basis of three-dimensional parametric modeling of the gear transmission mechanism,a dynamic model is established by the dynamic simulation software ADAMS,and its dynamic be-havior is simulated.The correctness of the theoretical design is verified based on the simulation results,and the contact force characteristics of gears are analyzed with emphasis.This provides a theoretical basis for the strength verification and sub-sequent optimization design of the electric cylinder gear transmission mechanism.
deep-sea electric cylindergear transmission mechanismADAMSdynamics simulation
NETL
NSTL
万方数据
