Analysis of simulated forming load for final forging of half shaft gear
From the load stroke curve, it can be seen that the load change in the whole deformation process can be […]
From the load stroke curve, it can be seen that the load change in the whole deformation process can be […]
As shown in the figure, the stress distribution is given when the reduction is 1.5mm, 3.0mm and 4.5mm respectively. At
The strain distribution in the deformation process shows that the overall deformation of the half shaft gear is small, and
The velocity field distribution in the deformation process directly shows the metal flow law during the final forging of half
As shown in the figure, the structure diagram of the final forging die for the half shaft gear is given.
As shown in the figure, the structure diagram of the pre forging die for the half shaft gear is given.
As an important part of transmitting power, gear shaft is widely used in transmission or reducer parts of heavy industrial
The reason of gear forging folding is that the metal flow is not smooth during final forging, so reducing the
1. Casting technical requirements The structure of gear parts of an oil pump is shown in Fig. 1 and Fig.
Forging process flow of two shaft gear forgings: blanking with band saw( φ 85mm round steel) → heating in medium
Folding is a common defect in gear forging production, which is formed by the local convergence of oxidized metal surfaces
The different choice of sign in the tooth profile section curve equation will affect the convexity and convexity of tooth
Taking the points on the contact lines R1 and R2 as the coordinate origin and the base vectors of fixture
Establish the space right-handed coordinate system, as shown in the figure. The installation center distance of linear gear pair is
Due to the complex tooth profile of traditional industrial gears, it is very difficult to miniaturize and micro nano application.
It is assumed that the centre of both gears is rigidly supported.In the meshing state of tooth surface, the relationship
When calculating meshing stiffness by quasi-static method, fixed constraints are generally imposed on the center position of each gear and
In calculating the dynamic meshing force of the gear, the influence of the degree of freedom of swing is neglected,
The pre forging die and final forging die need to be designed for the precision forging of the half shaft
When the shoulder is used to locate the parts on the shaft and bear the internal force, it should have
The new imported ocean going freighter has been in operation for 36 days from trial run to service. During the
The process analysis of shaft gears involves understanding and describing the steps and methods used in the manufacturing process of
This design in all kinds of mechanical equipment, in order to meet the requirements of the movement and dynamic mechanical
The main function of the gear shaft is to support rotating parts, achieve rotary motion and transfer torque and power.