Sentence examples for forging processes from inspiring English sources

For forging of Ti 6.5Al 3.5Mo 1.5Zr 0.3Si alloy in α + β phase field, the optimum temperature can be selected from the temperature range of 850 950 °C and the optimum stain rate is 0.001 s−1 based on the volume fraction of α phase for obtaining the needed properties of forgings in design of forging processes.

This article refers to the application of the 3D reverse scanning method for the purpose of analyzing the progressing wear of forging tools as well as detecting forging defects in selected hot die forging processes.

Finite element simulations are performed for two types of bevel gear forging processes to find a defect-free forging process, and comparisons are made between the two processes.

The cold precision forging processes of a multi-row sprocket are still in the experimental stage because of the complicated processing conditions.

Conventional and new forging processes of a power-steering worm blank are analyzed by the rigid plastic finite element method.

The 3D crack shapes are rationalized in terms of crack closure effects induced by the forging processes, close to the surface.

The finite element method plays an extremely important role in forging process design as it provides a valid means to quantify forging errors and thereby govern die shape modification to improve the dimensional accuracy of the component.

Metal forging process design is formulated as an optimization problem.

Recent evolutions on forging process induce more complex shape on forging die.

All these have a significant influence on the precision forging process of the blade.

Finite element (FE) analysis of forging process generally takes a long time to carry out.