关于设计技术对象的几何基础

M. Leparov
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引用次数: 0

摘要

文章的目的是提出关于技术对象的几何形状及其设计过程的基本陈述(规律、规则、原则和规则的条件性总称),这些陈述与现有和未来的陈述共同构成了设计的几何基础。从几何图形的分布及其对技术对象和设计过程的重要性的角度,介绍了 26 种几何图形,并提出了几何图形的分类、功能和属性。该作品证实了从任何其他部件或组装单元(有条件地称为受体)(有条件地称为供体)获得部分或全部几何形状的可能性。事实证明,任何 "物品"(命名任何事物的术语,不论其类型、结构和特征)都可以用来改变任何技术对象的几何形状。几何图形对流经和通过物质的影响、流动对几何图形的影响以及几何图形对物质特性的影响都被提及。我们强调,几何是技术对象和设计过程的基本 "构件"。当之无愧地将几何图形置于设计活动的中心,为设计过程提供了新的视角,拓展了实现设计的可能性和工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
About Geometric Basis of Designing a Technical Object
The purpose of the article is to propose basic statements (a conditional general name for law, regularity, principle and rule) about the geometry of technical objects and about the process of their design, which, together with existing and future statements, form the geometric foundations of design. 26 statements are presented and a classification, functions and properties of geometry are proposed from the point of view of distribution and the importance of the latter for the technical object and the design process.In their entirety, the presented statements are proof of the importance and influence of geometry in the design process. The work substantiates the possibility of obtaining partially or completely the geometry of any other part or assembled unit, conditionally called a recipient, from any part or assembled unit, conditionally called a donor. It is shown that any “item” (a term for naming anything, regardless of type, structures and characteristics) can be used to change the geometry of any technical object. The impact of the geometry on the flowing through and passing through the substance, the influence of the flows on the geometry, as well as the influence of the geometry on the properties of the substance are noted. It is emphasized that geometry is a fundamental „building block“ of both the technical object and the design process. The well-deserved placement of geometry at the center of the design activity gives a new perspective on the design process, which expands the possibilities and tools for its realization.
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