构件设计 meaning in English
detailing
element design
Examples
- Followed the idea of systematic reuse and software product line method , the author presented the mode , idea and the strategy of the development of component - based capp system , and use this principles to guide all the activities including the domain analysis , domain modeling , design of domain architecture and domain component , and the development activities of the capp application system
本文以系统化、工程化软件复用思想和capp系统产品线方法为指导，提出基于构件复用的capp系统的开发模式、开发思想和开发策略，并以此指导capp系统领域分析、领域建模、领域框架与构件设计以及capp应用系统开发。 - Concerning the tests , analyses , design and calculation of performances for light gauge steel framing , this paper focuses on following items : ( 1 ) the calculation of light gauge steel framed compound bearing walls ( lgsfcbw ) in compression and bending . based on north american specification and commentary for the design of cold - formed steel structural members , which was published by the american iron and steel institute , the detailed design requirements of wall stud assemblies are given considering the structural contribution of the attached sheathings and shear diaphragm is discussed briefly . then the calculational theoretic and method for sheathing braced wall stud assemblies complying with national code is brought up in compression and bending
本文围绕轻钢龙骨体系结构性能的试验、分析、设计和计算，主要进行了以下四方面的研究工作： ( 1 )轻钢龙骨复合承载墙体的受压、受弯计算：以美国钢铁协会发行的北美冷成型钢构件设计规范及其规范说明为依据，重点考虑罩面材料对墙龙骨设计的影响，给出了目前对承重墙龙骨设计的具体要求，并对剪力蒙皮进行了简要讨论；然后提出了符合我国规范术语的剪力蒙皮作用的轻钢龙骨复合承载墙体(即罩面支撑墙龙骨)受压、受弯的计算理论和方法；最后对提出的计算进行简化，使之完全与我国规范相符。 - By using object - oriented technology , the component design was proposed , the product model and process of product configuration were established based on component ; and the product configuration design was put forward by adopting customization demand and mapping between attributes of components , the demand parameters of parts and components were set up by using product model and customization demand , and the demand parameters matching algorithm of parts and components was given
提出利用面向对象技术进行构件设计，建立基于构件的产品模型和配置流程，利用客户定制需求与零部件构件属性之间的映射关系进行产品配置设计，利用产品模型和客户定制需求建立零部件构件的需求参数，并给出需求参数匹配算法。