I guess it refers to a region of the forging that experiences the highest mechanical stress during its intended service, which means different depth(t) will be applied on different parts
Thread inserts like we common used in aluminium castings are more stronger than aluminium threads, you can make the inserts much bigger than thread size, and add multiple groves to avoid to be pulled out.
Cant see the thickness, but its a really challenging project for only bending, as I can see thickness according to drawing scale.
Use thicker material and grinding after bending is a not bad idea.
Cause 3# is very rare in CNC program. Machines are more trustable than human beings, 99.999% CNC defects are caused by human factors.
In factory, if there are a complex CNC processe involve multipe clampings, especially for large quantity orders, factory will use more machines, each machine...
Two galvanization methods, hot galvanization and cold galvanization.
Its helpful but not necessary to added anti-rust oil on cold galvanization part, because anti-rust performance of cold galvanization is not stronger enough for severe environment, its salt spray test time is 24-72 hours...
Different thickness will have different effects on heat treatment.
Compare the hardness, depth of hardness between part and specimens, maybe helpful to know the reason
1. Check whether the hardness is in correct range.
2. Take a torsional rigidity text in a simulated aseembly condition (if test cost is not in consideration), compare result with theoretical value.
Quality control during desinging is very important, its not cost waste nor time consuming; on the contrary, good quality control can avoid bad design, save cost and money.
We used to involved in a project collaborated with an innovation company, its a snow plow. This project was started at...