A Non-Dimensional Analysis of Tool Edge Radius Effect on the Mechanics of Micromachining

Keng Soon Woon; Mustafizur Rahman; Kui Liu

doi:10.4028/www.scientific.net/AMR.565.576

Paper Titles

Micro Milling for Polymer Materials Used in Prototyping of Microfluidic Chip Application
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An Experimental Study of the Effect of Cutting Parameters on Micro Milling Process
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Mechanical Properties and Deformation of LiTaO₃ Single Crystals Characterised by Nanoindentation and Nanoscratch
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Determination of the Minimum Depth of Cut in Nanometric Machining Using Molecular Dynamics Simulation
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A Non-Dimensional Analysis of Tool Edge Radius Effect on the Mechanics of Micromachining
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Influence of Centrifugal Force on Characteristics of Turbine Shaft for Micro-Spindle for Micro-Cutting
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Effect of Machining of Small Tools by Means of Focused Ion Beam
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Application of Cavitation Aided Abrasive Machining to Manufacture of Micro Air Vents on Injection Molds
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Static Properties Research of Grinding Dynamometer for Wafer Grinder
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 565A Non-Dimensional Analysis of Tool Edge Radius...

A Non-Dimensional Analysis of Tool Edge Radius Effect on the Mechanics of Micromachining

Abstract:

The effect of tool edge radius on the mechanics of micromachining, both in terms of plasticity and tribology is significant. Through an experimental study, the responses of normalized process variables namely tool-chip contact length, deformed chip thickness and machining force were evaluated for varying relative tool sharpness. A non-dimensional analysis of the interrelationship among the process variables indicate a transformation in chip formation mechanism under an extreme condition is reported.