1) Domain Design
领域设计
1.
Especially,building the reasonable and flexible DSSA (Domain Specific Software Architecture) in domain design,separating fixed parts and variable parts of systems,assigning the system elements between the DSSA and components reasonably,and implementing the variability as components are the nucleus and key work of domain engi.
其中在领域设计阶段 ,建立比较合理、比较灵活的DSSA ,将系统的可变部分与固定部分分离开来 ,将系统成分在DSSA和构件之间进行合理的分配 ,把变化性实现为构件 ,是领域工程的核心及关键性工作 。
2) multidisciplinary cooperative design
多领域协同设计
1.
The analysis and application of cooperation in the multidisciplinary cooperative design process;
产品多领域协同设计中协同与协同度分析及应用
2.
In view of multidisciplinary cooperative design, an integrative parameter coordination model is established with generally constraint networks and related algorithms are elaborated.
概述了虚拟样机环境下复杂产品协同设计的主要内容及相关技术,在此基础上针对多领域协同设计问题,采用广义约束网络方法建立了全局一体化的参数协调模型并介绍了相关的算法,根据耦合特征抽象出复杂产品设计中的耦合关系模型并根据全局灵敏度方程GSE(Global sensitivity equations)对各领域之间耦合因素进行分析,再采用鲁棒性思想进行参数优化以保证复杂产品设计中参数指标的稳定性,这些理论模型及算法为提高复杂产品的设计性能、缩短设计周期作了充分的准备。
3.
The development of multidisciplinary cooperative design is analyzed and the key technology is summarized.
通过分析产品多领域协同设计的形成历程,总结了其关键技术。
3) domain-driven design
领域驱动设计
1.
Application of domain-driven design in SPP system;
领域驱动设计在SPP系统中的应用
2.
After analyzing the defect and shortcoming of current pipeline check software,the domain-driven design method and UML are introduced to review the check rules,then the pipeline check knowledge rule base capable of customization and its reasoning engine are put forward,finally checking the all-sided investigation pipeline data and its vector data combining with GIS intelligently is realized.
分析了当前地下管线数据检查中的缺点与不足,引入领域驱动设计方法和UML来对检查规则进行分析建模,提出建立可定制的管线检查知识规则库及其推理机,并结合GIS来对管线数据进行智能化检查。
4) domain design model
领域设计模型
1.
By information conversion and filtration mechanism, it switchs the design modeling into domain design models, as a digital kernel model, which provides data information for other domains.
该模型具有顺序的信息层次结构,其建立过程在产品开发的阶段中,通过建立起产品的相关设计模型:结构模型、制造模型、装配模型、工程分析模型等模型族,经过信息转换、过滤机制,将设计模型转换为领域设计模型,组成数字化的核心模型,为其他领域提供数据信息。
5) construction field
建设领域
1.
Effect, solutions and suggestions of joining in WTO to Shanxi construction field;
加入WTO对山西建设领域的影响及对策建议
2.
On exploration of frame-type management mode in construction fields
建设领域中架子队管理模式的探讨
3.
The reasons of project payment default was explained in construction field and its harm is also analyzed.
介绍建设领域工程款拖欠形成的原因,分析其危害,阐述对工程款拖欠应采取规范建筑市场、健全建设领域法律制度、完善工程担保制度、加强建设领域信用管理、提高承包企业风险防范意识等相应措施。
6) construction industry
建设领域
1.
Ever since China entered the World Trade Organization(WTO),there is an obvious increase in activities in international information exchanges and collaborations in conjunction with the economic development in construction industry.
我国加入WTO后,建设领域的各种国际化交流与合作日渐增多。
2.
Since the implementation of open-door policy in China, great progress has been witnessed in construction industry, benefiting from the application of information technologies.
改革开放以来我国建设事业取得了令人瞩目的成就,建设领域信息化得到了较快的发展,但信息服务发展比较滞后,距离产业化要求还相差甚远,还广泛存在着信息服务技术水平低、服务质量差、信息资源条块分割与重复建设、信息服务机构市场化与社会化程度低、人才饥荒、资金缺乏以及组织领导不力等问题。
3.
This paper discusses the trend of construction industry of China, hard and longterm characteristics for propelling the implementation of partnering model in China, and the fundamental steps of promoting the partnering, which include: setting the standards of partnering, choosing the appropriate partners and projects, and spreading partnering ideas among all the partners.
分析了在我国建设领域推行合作伙伴模式的趋势、长期性和艰巨性,及其基本工作内容,包括制订合作伙伴模式特征标准、推行对象选择和合作伙伴思想的传播。
补充资料：1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
叠 135Omm双流板坯连铸机(重庆钢铁设计研究院设计)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条