Development of the Concept of the Synthesis Methodology of Treatment Schemes of Complex Form Surfaces

Abstract

The article describes the development of the methodology concept for the synthesis of complex surface treatment schemes. The design of the technological equipment elements, namely, the machine, devices and metal-cutting tools is currently performed separately, without taking into account their mutual influence on the required accuracy of the machined parts, therefore the concept and methodology of the structural-parametric synthesis of metal-cutting systems was proposed. On the basis of the proposed concept of the methodology for the synthesis of machining diagrams for parts with double curvature surfaces, it is advisable to consider the synthesis process as a system of interrelated functional transformations: description of the processed surface; synthesis of initial structures; modification of initial structures; synthesis of tool-making surfaces; forming the space of project parameters of tools. In order to form the space of project parameters, within the framework of the transformation “Forming the space of project parameters of tools”, it is advisable to build a complex of mathematical models, which will allow creating the space of the initial design parameters essential for a given project level in the early design stages, and establish analytical dependencies (dimensional relationships and material properties) between the design parameters and the main indicators of quality.