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3D Geometric Modeling of End Mills by Romans is a document available to read on EtoBox.

This document describes a geometric model for end mills that represents their surfaces using three-dimensional biparametric surface patches rather than traditional two-dimensional projections. It presents unified models for end mills with different end geometries by modeling the cutting surfaces as helicoidal surfaces formed by sweeping the tip profile along the axis. Transitional surfaces between components are modeled using Bézier or sweep surfaces. The model establishes relationships between the new 3D r

Author

Romans

Language

EN