Effects of Insert Mounting Errors on Steel Surface Roughness in Milling
Author Information
Author(s): Lukasz Nowakowski, Jaroslaw Rolek, Slawomir Blasiak, Michal Skrzyniarz
Primary Institution: Kielce University of Technology
Hypothesis
How do insert mounting errors affect the surface roughness of 1.0503 steel during face milling?
Conclusion
Insert mounting errors significantly influence the surface roughness of 1.0503 steel, with optimal engagement of inserts improving machining efficiency.
Supporting Evidence
- Three out of five inserts were engaged at a feed of 0.04 mm/tooth.
- Full engagement of all inserts occurred only after the feed exceeded 0.12 mm/tooth.
- The lowest average relative displacement was reported at a feed of 0.02 mm/tooth.
Takeaway
This study shows that if the cutting tool inserts are not mounted correctly, it can make the surface of the steel rougher when cutting.
Methodology
The study involved face milling tests on 1.0503 steel using a specific cutter and measuring the effects of insert mounting errors on surface roughness.
Limitations
The study focused only on specific materials and conditions, which may not generalize to all milling scenarios.
Digital Object Identifier (DOI)
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