Effects Of Milling On Surface Integrity Of Low-Carbon Steel
Abstract
This work measured the effect of milling parameters on the surface integrity of low-carbon alloy steel. The Variance Analysis showed that only depth of cut did not influence on the workpiece roughness and the Pearson's Coefficient indicated that cutting speed was more influent than tool feed. All cutting parameters introduced tensile residual stress in workpiece surface. The chip formation mechanism depended specially on cutting speed and influenced on the roughness and residual stress of workpiece.
- Publication:
-
American Institute of Physics Conference Series
- Pub Date:
- January 2011
- DOI:
- 10.1063/1.3552315
- Bibcode:
- 2011AIPC.1315.1035R
- Keywords:
-
- alloys;
- stress;
- machining;
- work hardening;
- 81.05.Bx;
- 83.85.St;
- 81.20.Wk;
- 81.40.Lm;
- Metals semimetals and alloys;
- Stress relaxation;
- Machining milling;
- Deformation plasticity and creep