![]() This study provides a computational approach for precision tool path planning in five-axis CNC flank finishing of ruled surfaces. Simulation results confirm that the proposed method not only enhances the computational efficiency of tool path generation but also improves the machined surface finish. A curve subdivision mechanism progressively increases the control points during the search process. An optimization scheme is proposed to search for optimal curve control points and the resulting tool path. A tool path is described using the moving trajectory of the cutter center and changes in two rotational angles in compact curve representations. For those who dont know, the game features the ability to ride with a roadbook, and the system. This study developed a tool path generation method for minimizing geometrical errors on finished surfaces while preserving high-order continuity in the cutter motion. Hi all I have a copy of the PC game Dakar 18, made by BIGMOON Entertainment and got the idea of making an indoor roadbook and training simulator, simlar to the multi axis car simulators out there. ![]() An excessive change in the cutter center or axis between consecutive cutter locations may deteriorate the machined surface quality. ![]() Most existing tool path planning methods adjust discrete cutter locations to reduce these errors. Geometrical errors typically occur in five-axis flank finishing of non-developable surfaces using a cylindrical cutter. Five-axis CNC flank machining has been commonly used in the industry for shaping complex geometries.
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