结构工艺性的英文

• structural machinability

• "结构"英文翻译    structure; composition; cons ...
• "工艺性"英文翻译    manufacturability
• "工艺性" 英文翻译 :    manufacturability; technology capability
• "操作工艺性" 英文翻译 :    operative weldability
• "工艺性能" 英文翻译 :    fabricability; fabricating properties; fabrication properties; processing properties; processing property; processingproperties; shop characteristics; technological properties; workmanshiproperty
• "焊条工艺性" 英文翻译 :    usability of the electrode/ technicality of the electrode
• "煤工艺性" 英文翻译 :    technologic properties of coal
• "材料工艺性能" 英文翻译 :    material processibility
• "成型工艺性能" 英文翻译 :    building-up properties
• "非工艺性损耗" 英文翻译 :    nontechnological depreciation
• "工艺性能保证" 英文翻译 :    process performance guarantee
• "工艺性能试验" 英文翻译 :    processibility test
• "焊接工艺性能" 英文翻译 :    welding technological properties
• "混炼工艺性能" 英文翻译 :    compounding properties
• "生产工艺性能" 英文翻译 :    factory behavior; factory behaviour
• "非结构工程" 英文翻译 :    non-structural works
• "钢结构工程" 英文翻译 :    steel structural engineering; steel structure work; structural steelwork
• "结构工场" 英文翻译 :    structure shop
• "结构工程" 英文翻译 :    constructional engineering; msc/diploma structural engineering; structural works; structure engineering
• "结构工程部" 英文翻译 :    structural engineering division
• "结构工程处" 英文翻译 :    structural engineering branch
• "结构工程师" 英文翻译 :    construction engineer; engineer; structural; structrual engineer; structural engineer
• "结构工程学" 英文翻译 :    structural engineering
• "结构工状况" 英文翻译 :    behavior of structure; behaviorofstructure
• "结构工资制" 英文翻译 :    composite wage system; structual wage system

• Structural processability of fine blanked parts
  精密冲裁件.结构工艺性
• Guide for technological management . review of technological efficiency of design of products
  工艺管理导则.产品结构工艺性审查
• Also we can return the result of simulating to the structure molding design of product to improve the structure technology of product , so as to improve the assembly technology of product
  亦可将模拟结果反馈到产品结构造型设计中，以改善产品零部件的结构工艺性，确保产品优良的装配工艺性。
• The knowledge of manufacturability contains technological property of structure , standardization of design and constrains of enterprise production resource etc . , and its content possesses features of complexity and uncertainty
  摘要可制造性知识包含结构工艺性、设计标准化以及企业生产资源约束等，其内容具有复杂性和不确定性的特点。
• The final goal of this research present a decision - making support tool , which can be used during design stages to improve the products quality from the manufacturing point view . evaluating the manufacturability of a proposed design involves determining whether or not it is manufacturable with a given set of manufacture resource during its whole manufacturing process . if a part is manufacturable , then finding the associated manufacturing efficiency , if a part is not manufacturableor , then pointing out the problems
  评价一个零件的设计方案的可制造性，涉及根据制造资源判断零件的整个制造过程中各个环节的可行性和制造难易程度，包括零件的结构工艺性、零件精度设计的合理性和经济性、可装夹性、可装配性等方面，指出设计方案存在的问题、提供设计方案的制造经济指标。
• Based on the feature technology and object - oriented mechanism , we found the manufacture - oriented three levels ( namely part , feature and geometry ) model of mechanical part and the resource model ; secondly , we realize the concurrent design of mechanical part and process through decomposing cycle , and then we constitute the evaluation guidelines on the basis of evaluation strategy of levels , which carry out from two levels ( part and feature ) and four phases ( part rough evaluation , feature rough evaluation , feature detail evaluation and part general evaluation ) ; thirdly , we put forward some evaluation methods according the evaluation guidelines , which include the rule - based process evaluation method , rule - based and fuzzy evaluation - based method associated with resources , case - bas ed and feature - based cost estimation method ; at last , we give a manufacturing - oriented evaluation system of rotating mechanical part , which validate the evaluation guidelines and method of the dissertation useful and practical
  以特征技术为基础，面向对象的编程机制为手段，建立了面向制造的三层次(即零件层、特征层、几何层)零件模型；同时进行了面向制造的资源建模。第二，通过细化循环，采用分层递阶的评价策略，分两层(零件层和特征层)四个阶段(零件初评价、特征初评价、特征详细评价和零件总体评价)建立可制造性评价指标；第三，以评价指标为基础，分别提出了基于规则的结构工艺性评价方法、基于规则和模糊综合评判定性和定量相结合的加工可行性评价方法、以及基于实例和特征的加工成本估算方法；最后，以solidworks为开发平台， vb6为编程工具，初步构建了面向制造的回转类零件可制造性评价系统，它们验证了本文评价指标和评价方法的实用性和可行性。