Technology method for variable-cross-section chemical milling of bend
A process method and variable cross-section technology, applied in the field of mechanical processing
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment Construction
[0033] parts as figure 2 For the elbow part shown, the milling part is from D to A, and the taper milling is carried out. Part outer diameter R 1 is 50mm, the radius R of the circle where the elbow AC is located is 400mm, the center of the circle is O, the central angle θ of the arc AC is 65°, the length of CD is 550mm, and the corrosion rate γ of the chemical milling bath is 0.025mm / min. The outer diameter R of the D end after tapered milling is required D 40mm, the outer diameter of end A is R A It does not change to 10mm, and the outer diameter transitions evenly from the D end to the A end.
[0034] The taper milling part of the part includes two parts: the straight pipe CD and the curved pipe CA. It descends at a constant speed → rotates at a constant speed → reverses and rotates at a constant speed → rises at a constant speed to complete the taper milling process.
[0035] Calculated according to part size, Milling time derived from corrosion rate then the lifti...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 


