重心线调节法可应用于高负荷叶片设计。
该分析方法对叶片结构设计有实用意义。
The analysis method is of practical ways for the blade structure designing.
本论文介绍了基于PLC控制的叶片电解机床控制系统的设计。
This paper is about development of vane ECM machine tool control system based on PLC.
对空心叶片模型型腔和加强筋结构设计参数进行了分析；
The design parameters of chamber and stiffener of hollow blade model were analyzed.
为涡轮叶片的冷却结构设计提供了依据。
介绍了液力变矩器单叶片的两种设计方法。
六个涡轮转子叶片的强度均满足设计要求。
Three stage turbine blades also meet the requirement of the strength design.
文中以斜流泵叶片为设计实例，在计算机上计算出结果。
A design example and the results of calculation by computer are given.
算例也表明本系统适合于大小叶片轴流级的设计。
The two redesigns also proved the competence of this design system.
主要以叶片加工过程为主，进行了叶片加工质量信息管理系统的研究和设计。
Research and application on Track Quality Management Information System based on expert knowledge;
主要以叶片加工过程为主，进行了叶片加工质量信息管理系统的研究和设计。
Research and application on Track Quality Management Information System based on expert knowledge;
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