Haptic rendering of milling
Haptic rendering of milling
This paper presents a volume-based haptic rendering method for ahaptic shape modeling system based on simulated milling process. Previousproposals on point-based and ray-based haptic rendering methods cannotprovide the force feedback in a milling process. The method proposed in thispaper adopts a volumetric force model in material removal process. The force iscalculated based on the relationship of material removal rate and machiningpower. Object and tool are both represented by Spatial Run-Length Encodingdeveloped by the authors. Experiments on 5-axis milling process are carried outto determine the coefficients in the force model.
- University of Hong Kong (香港大學) China (People's Republic of)
0801 Artificial Intelligence and Image Processing, Haptic shape modeling, Spatial run-length encoding, Volume-based haptic rendering, 0910 Manufacturing Engineering
0801 Artificial Intelligence and Image Processing, Haptic shape modeling, Spatial run-length encoding, Volume-based haptic rendering, 0910 Manufacturing Engineering
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