Abstract
The service properties of gears are mainly formed at the stages of their finishing processing, such as gear grinding, gear shaving, final dimensional calibration, gear honing, smoothing, lapping, burn-in, etc. The main task of the technological systems synthesis for the gears finishing is to determine the optimal parameters and structure of the technological system that ensure the specified properties of the gears. This task is multivariate and is constrained by the absence of general principles for its solution, which determines the individual nature of the development. The proposed principles of design of technological systems for finishing processing on the basis of a system approach provides a solution to the problem of their synthesis in general, that is, by representing the technological system as a generalized design object. The synthesis method is implemented in the form of a logical design scheme, which is interpreted by the morphological model. This model is developed by decomposing the original design problem and regulates the synthesis of informational, optimization and algorithmic systems.
Highlights
One of the most common, demanding and time-consuming elements that determine the maintenance and technical performance of most mechanisms and machines are gears
These requirements are met through the use of technological systems for finishing processing. These systems are a combination of functionally interacted technological equipment. They are intended for performance in specified production conditions of technological processes, the ultimate goal of which is the formation of precision parameters of the ring gear, macro- and microgeometry of the surface layer of teeth and its physical and mechanical parameters
The method of technological systems synthesis for the finishing processing of gears is implemented in the form of a logical design scheme of technological systems - LSD TS
Summary
One of the most common, demanding and time-consuming elements that determine the maintenance and technical performance of most mechanisms and machines are gears. In the development of specific technological processes for the manufacture of gears, the problem arises of ensuring the service properties of the product, determined by the conditions of operation of the gear, technical and economic indicators of technological processes These requirements are met through the use of technological systems for finishing processing. These systems are a combination of functionally interacted technological equipment They are intended for performance in specified production conditions of technological processes, the ultimate goal of which is the formation of precision parameters of the ring gear, macro- and microgeometry of the surface layer of teeth and its physical and mechanical parameters.
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