Integrated CAD/CAM Framework for Single Point Diamond Cutting of V-groove Based Functional Microstructures
Abstract
Functional microstructures that consist of V-grooves are one of the geometrical structures that are widely used for a wide range of specific surface engineering applications. The selection of the most appropriate V-groove shape, array, and fabrication technology represents a key step towards the achievement of an optimized functional performance. This thesis addresses the lack of integrated CAD/CAM approaches that are able to parametrically define V-groove structures to be further exploited functionally. To address this need, four integrated frameworks were developed to capture the fundamentals of design and fabrication for V-groove based microstructures. The four semi-automated frameworks presented in this work facilitate the generation of V-groove geometries of an increasing complexity. The usability of each framework was demonstrated by fabricating physical structured surfaces that encompass the intended V-groove geometry.