Abstract
The effect of tool edge roundness attracts growing attention due to increasing applications of precision, micro-and nanomachining technologies. A new slip-line model and its associated hodograph are proposed for cutting with a rounded-edge tool in this paper. New model considers stagnant metal region called as dead metal zone formed in front of the rake face of tool during cutting process. Dewhurst and Collinss [ matrix technique for numerically solving the slip-line problem is employed in the mathematical formulation of the new model. The unknown slip-line angles were solved depending on the force data obtained from experiments and variation of the sub-regions with cutting edge radius was determined.
Keywords
Hodograph
Rake
Slip (aerodynamics)
Roundness (object)
Enhanced Data Rates for GSM Evolution
Mechanical engineering
Rake angle
Slip line field
Geometry
Drilling
Machining
Materials science
Structural engineering
Engineering drawing
Engineering
Computer science
Mechanics
Mathematics
Artificial intelligence
Physics
Composite material
Shear (geology)
Aerospace engineering
Subject Areas
Advanced machining processes and optimization
·Mechanical Engineering ·Physical Sciences
Advanced Surface Polishing Techniques
·Biomedical Engineering ·Physical Sciences
Advanced Measurement and Metrology Techniques
·Mechanical Engineering ·Physical Sciences
Citations by Year
2015: 1
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