• TITLE: THEORETICAL ASPECTS OF AUTOMATED DESIGNING SPATIAL FRAMEWORKS FOR TECHNOLOGICAL AND MACHINE-TOOLS EQUIPMENT
• AUTHOR(S): Y. Kuznetsov, D. Dmitriev, S. Rusanov, A. Omelchuk
• ABSTRACT: This paper describes the modern development trend for multifunctional equipment for the complex surface cutting, many-coordinate manipulation, 3D printing and the others processing. The paper purpose is to analyze the behavior of MPS equipment in relation to the use of typical processing strategies (embodied in modern CAM systems) and the conformity of the output trajectories (consequently, the final product quality) to the processing accuracy criteria, taking into account frame layout rigidity for the general external influences (cutting forces, etc.), as well as the establishment of an hierarchy of selected strategies. Based on the results of series of calculations, the preliminary recommendations made.
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