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The Use of Genetic Approach to the Kinematics of Cutting

机译：遗传学方法在切削运动学中的应用

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This article deals with the use of an interdisciplinary approach to modelling and creation of a complex technical system of different physical nature in relation to the kinematics of cutting and shaping. The professor of the National Technical University of Ukraine, Kuznetcov Iu. N., proposed the approach based on generalization of knowledge, methodological basis of which is the theory of evolution of the systems and methods of genetic analysis and synthesis. For generalization of the knowledge in the fundamental sciences is based on the principles of a limited number of elementary generic structures with the introduction of the gene concept. The modelling and synthesis of kinematic cutting schemes are providing the efficiency and viability of genetic and morphological approach. The material point, which can interact with other ma-terial points in space and time, simulating anthropogenic system of different origin, is introduced as a material object.
机译：本文涉及跨学科方法的建模和创建与切割和成型运动学相关的不同物理性质的复杂技术系统的使用。乌克兰国立技术大学教授库兹涅科夫·伊（Kuznetcov Iu）。 N.提出了一种基于知识概括的方法，其方法论基础是遗传分析和合成系统和方法的进化论。对于基础科学知识的概括，是基于引入基因概念的有限数量的基本通用结构的原理。运动学切割方案的建模和综合提供了遗传和形态学方法的效率和可行性。物质点被引入作为物质对象，该物质点可以在时空上与其他物质点相互作用，模拟不同起源的人为系统。

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