The Rolling Mill Exploration Of Skew Rolling Revolving Parts And Technical Research

The technology of screw groove diagonal rolling is a sort of continual and rotary forming technology with partial loading. It possesses the qualities of efficient productivity, high utilization of material, and low product cost, etc., with widely extensive application in the practical production. With the gradual exploration of skew rolling new product, broadening the application range of skew rolling technology has become one of the necessities in its development, with the important actual meaning.This thesis centers on the rolling mill exploration of skew rolling revolving parts, as well as its experiment research, which can be divided into the following parts: the structure design of mini-body of skew rolling mill, the roller type design, the finite element of simulation in the forming process of diagonal rolling, as well as the physics experiment of rolling.This thesis puts its emphasis in the structure constitution of mini skew rolling mill. At first, it demonstrates the general design of skew rolling mill, and then it presents the structure design of rolling mill, including the structure of radial adjustment, axis adjustment and obliquity adjustment, etc. At last, with the roller requirements in direction and speed, it finishes the driving system design, as well as the electric machine, the deceleration selection, the simultaneous machine design and checkup, and the debugging work of rolling mill.On the basis of roller design of revolving parts, this thesis operates the finite element of simulation with the help of Proe/E and DEFORM-3D software, which provides the theoretical basis for simulative physics experiments.And this thesis will completely analyze the forming process of revolving parts with its rolling experiments, and analyzes the problems coming up in the rolling experiment, modifying parts of design scheme, producing the parts meeting the demands of rolling products.