About the Science «Geometry of Technical Objects»

Михаил Лепаров, M. Leparov
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引用次数: 4

Abstract

The work proposes the development of the science "Geometry of technical objects" as an interdisciplinary science, which is a part of the sciences "Geometry" and "Design of technical objects". The object of the science is the geo metrical design, and its subject is the determination of the geometry of assembly units and parts in terms of the functions they perform. The co mponents of science are examined: tasks; laws, regularities, principles and rules; methods and terminology. The existing science of "Geometry", part of mathematics, explores spatial structures and relationships, as well as their generalizations, but does not consider the relationship between geometry and functions of real technical objects. There are many developments that are associated with the geometry (especially the shape) of important details of specific types sorockyj units, however, the studies that discuss the General questions of geometry invariant with respect to the types (names) of Assembly units available, but their number is negligible and they can be presented as General guidelines. The exceptional importance and the possibility of a common approach allow us to offer the formation of specific geometry, which refers to real technical objects (Assembly units and flying). Geometry plays a fundamental role in the functioning of technical objects, so it is especially important to look for common approaches to its (geometry) disclosure. The geometry of technical objects can also be considered as an opportunity to transform the main content of graphic disciplines in technical universities.
关于科学«技术对象的几何»
本文提出将“技术对象几何”作为一门交叉学科发展,它是“几何”和“技术对象设计”两门学科的组成部分。这门科学的对象是几何设计,它的主题是根据它们所执行的功能确定装配单元和零件的几何形状。科学的组成部分被检查:任务;法律、规律、原则和规则;方法和术语。现有的“几何”科学是数学的一部分,探索空间结构和关系,以及它们的概括,但没有考虑几何与实际技术对象的功能之间的关系。有许多与特定类型sorockyj单元的几何(特别是形状)的重要细节相关的发展,然而,讨论关于可用装配单元的类型(名称)的几何不变量的一般问题的研究,但是它们的数量是可以忽略不计的,它们可以作为一般指导方针。特殊的重要性和共同方法的可能性使我们能够提供特定几何形状的形成,这涉及到真正的技术对象(装配单元和飞行)。几何在技术对象的功能中起着基本的作用,因此寻找其(几何)公开的通用方法尤为重要。技术对象的几何形状也可以被认为是改变技术大学图形学科主要内容的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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