作者: G.M. Zhang , T.W. Hwang , G. Harhalakis
关键词: Microscale chemistry 、 Machining 、 Surface (mathematics) 、 Machine tool 、 Engineering 、 Material properties 、 Mechanical engineering 、 Cutting mechanics 、 Perspective (graphical) 、 Machined surface
摘要: An approach is presented from a system engineering perspective to integrate tool-path control and surface topography generation for the quality of machined surfaces. This based on strategic links between variability material properties, cutting mechanics in microscale, structural dynamics machine tools, integration toll vibratory geometric motions, generation. By combining experimental analytical work, this research provides manufacturing industry with computer-based method topographies. >