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manufacturing     
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  制造
    Research on the Zero-Waste Theory & Technology of Manufacturing Quality Control
    制造质量零废品控制理论与技术的研究
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    Research on Theory and Method of Networked Manufacturing
    网络化制造的若干理论与方法研究
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    Principle and Application of Cooperative Work for Virtual Workshop Based on Agile Manufacturing Mode
    基于敏捷制造模式的虚拟车间协同作业原理与应用实践
短句来源
    Studies on Key Technology of Manufacturing Execution System Oriented to the Agile Manufacturing
    面向敏捷制造制造执行系统关键技术研究
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    Scheduling Optimization of Job-shop in Intelligent Manufacturing System
    智能制造系统车间生产优化调度
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  制造业
    Research on Planning and Scheduling Technology of Manufacturing Production Logistics System
    制造业生产物流系统规划与调度技术研究
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    Study on Industrial Competitiveness of Hubei's Equipment Manufacturing
    湖北装备制造业竞争力研究
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    THE APPLICATION OF MRP Ⅱ TO MANUFACTURING
    MRPⅡ在制造业中的应用
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    COST ACCOUNTING SYSTEM DESIGN IN MANUFACTURING INDUSTRY MRP Ⅱ
    制造业MRP-Ⅱ中的成本核算系统设计
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    The Modern Manufacturing Technique and its application in the Oil Mechanary Manufacturing
    现代制造技术及其在石油机械制造业中应用的探讨
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  加工
    MACHINING ERROR FLOW MODEL IN MANUFACTURING PROCESSES
    制造过程加工误差流及其模型的研究
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    The Dynamic Analysis on the Manufacturing Error for Cams
    凸轮廓形加工误差的动态分析
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    RESEARCH ON INTELLIGENT MANUFACTURING SYSTEM ORIENTED FOR A MACHINING CENTER
    面向加工中心的智能制造系统研究
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    As a kind of optimizing technology, group technology is mostly applied in production & manufacturing industry, especially in processing and manufacturing of parts.
    成组技术(Group Technology,GT),作为一种优化技术,主要应用于生产制造业,用于零件的加工制造。
    A Study on the Condition Monitoring and Fault Diagnosis of a Flexible manufacturing Cell
    柔性加工单元的状态监测与故障诊断研究
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  制造的
    Study on Key Techniques of Reverse Engineering oriented to Rapid Prototyping Manufacturing
    面向快速原型制造的反求工程关键技术研究
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    Research on Theory and Method of Networked Manufacturing
    网络化制造的若干理论与方法研究
短句来源
    Studies on Key Technology of Manufacturing Execution System Oriented to the Agile Manufacturing
    面向敏捷制造的制造执行系统关键技术研究
短句来源
    Study on Network-based Marketing and Customization System for Contemporary Integrated Manufacturing and It's Application
    面向现代集成制造的网络化销售和定制系统研究与应用
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    Study on Process Planning Technologies for Green Manufacturing
    面向绿色制造的工艺规划技术研究
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  manufacturing
The geodesic in differential geometry is commonly used in computer-aided filament winding (CAFW) to avoid slippage in manufacturing process.
      
This method is rapid, sensitive and suitable for the monitoring of nicotinic acid, nicotinamide, and 3-cyanopyridine in effluent of related pharmaceutical manufacturing plants.
      
The obtained results can be used for the user to determine the manufacturing accuracy of the reflector of the SFOC antennas.
      
Research of user access control for networked manufacturing system
      
An integrated user access control method was proposed to address the issues of security and management in networked manufacturing systems (NMS).
      
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When we design or manufacture a cam more accurately, the ana-lytical method of calculation is desired. For example, by fabricationa cam the coordinate of pitch curve or centure of cutter must be de-termined; by calculation for strength and wear, the radius of curvatureof the pith curv sould be investigated. This problem has been solvedby different method, wich may be found in some literares. In thispaper the author suggest a way to establisb the systematic fotmulaswith parameters α and β. (α is pressure...

When we design or manufacture a cam more accurately, the ana-lytical method of calculation is desired. For example, by fabricationa cam the coordinate of pitch curve or centure of cutter must be de-termined; by calculation for strength and wear, the radius of curvatureof the pith curv sould be investigated. This problem has been solvedby different method, wich may be found in some literares. In thispaper the author suggest a way to establisb the systematic fotmulaswith parameters α and β. (α is pressure angle, and β is the anglebetween radius R and normal to pith curve). For conveience to calcu-lation, several nomograms are discussed. The construction procedureof a cam is as follows: (a) Select the type of follower motion. (b)According to maximal pressure angle and nomogram 4 or 5 determinethe minimum cam size.(c) Calculate the coordinates of pitch curve byformulas(1)(2)(3)or (8)(9). If the size of roller is different from thecutter, the calculation must be continued with the formulas (6′)(7′).(d) If considering with Strength、wear or radius of roller the, radiusof curvature of the pitch curve must be calculated with formula(13).Because the method of deriving formula of the cam for oscillatingfollower or translating follower is same. so the formula for oscillatingfollower is described in detaill only.

在精确制造或设计凸轮时,都要求用分析法。例如加工时需要知道凸轮轮廓坐标或刀具的中心坐标;强度计算或磨损计算时需要知道凸轮轮廓的曲率半径等。解决这个问题有些文献已经提出一些不同的方法。这里所提出的就是以凸轮压力角α和升角β为参数,推导系统设计公式的方法。为了计算方便还讨论了几根计算图线的设计问题。凸轮的设计步骤如下:(a)选定从动件的运动规律。(b)按最大压力角和图线(4)或(5)决定凸轮最小尺寸。(c)用公式(1)(2)(3)或(8)(9)计算凸轮理论轮廓坐标。如果滚子尺寸和刀具尺寸不同,还需用公式(6′)和(7′)继续计算。(d)如果需要考虑强度磨损或滚子半径用公式(13)计算凸轮轮廓的曲率半径。因为摆动从动件和移动从动件的凸轮在公式推导的方法上是一样的,所以仅对摆动从动件的凸轮公式推导作了详细的叙述。

The writer introduced briefly the load rating practices of Gears published by AGMA of the U.S. A in 1958, admitting that they are an advance in gear design for seores of years in U.S. and may also be helpful to the designers in other nations.The chief merits consist in: (1) that the new practices are connected with the world's advanced gearing theory and the U.S. manufacturer's experiences, together with the trade statistics and the production technique (2) that they employed sufficiently the "index" method...

The writer introduced briefly the load rating practices of Gears published by AGMA of the U.S. A in 1958, admitting that they are an advance in gear design for seores of years in U.S. and may also be helpful to the designers in other nations.The chief merits consist in: (1) that the new practices are connected with the world's advanced gearing theory and the U.S. manufacturer's experiences, together with the trade statistics and the production technique (2) that they employed sufficiently the "index" method and is convenient for application to engineering and (3) the advances of technics in material, heat treatment, manufacturing methods and inspection devices are helpful to the progress in design.However, the new practices do not give a complete solution to the difficulties in design: (1) the load distribution along the width of the gear face and the problem how the load may be effectively sharel by two or more pairs of teeth (2) the influence of effective stress-concentration and residual com pressive stress is not properly stated in the formula. (3) the difficulty in judging actual "safe" allowable stresses and (4) no comment on tooth correction.

作者简单地介绍了美国AGMA1958年公布的齿轮承载能力设计计算方法,认为是几十年来美国齿轮设计方法的进步,方法精神,有可取之处。 主要优点是:(1)新方法结合世界最新的齿轮理论和美国齿轮制造商的实际经验,统计资料和生产技术;(2)充分利用了指数法,便于工程应用;(3)在材料热处理,加工方法和检验方面的技术进展,有助于设计方法的进步。 但新方法还未能将齿轮设计的困难问题,完全介决(1)沿齿宽的载荷分布及二对以上齿的分担载荷问题(2)对应力集中及残余应力的影响,未能在公式中准确反映(3)材料许用应力的取定,有时不易。

This article is intended to make an analysis of and comparison betweenthe commonly used "constant load" measuring method and the "constant deformation'' method adopted in GLP-1 Tester. The characteristics of the load measuring method of the tester and the method of load computation have been described. Also, the problems of design, manufacture and adjustment o{ optical measuring instruments have been discussed. And, besides an analysis of all stress factors, a brief explanation of how to check mobile load...

This article is intended to make an analysis of and comparison betweenthe commonly used "constant load" measuring method and the "constant deformation'' method adopted in GLP-1 Tester. The characteristics of the load measuring method of the tester and the method of load computation have been described. Also, the problems of design, manufacture and adjustment o{ optical measuring instruments have been discussed. And, besides an analysis of all stress factors, a brief explanation of how to check mobile load accuracy and increase the tester's stress measuring accuracy has been offered.

本文对通常采用的“恒载荷”测量方案与GLP—1型试验机采用的“恒变形”测量方案作了分析比较。阐述了该试验机载荷测量方案的特点及载荷计算方法。讨论了光学测量装置的设计问题与制造调整中的问题。文中对应力误差因素进行了逐个分析。介绍了动载荷精度的检查方法及结果。讨论了提高试验机应力精度的问题。 GLP—1型高温真空拉压疲劳试验机可作棒材和板材试件的对称与不对称应力拉压疲劳试验。最大交变载荷为±1000公斤,机器动载荷精度在6%范围内;工作频率为100~400/Hz工作温度为800~1300℃;控温精度为0.5%;试件均热带在10mm长度内温差为10℃以内;真空度为5×10~(-5)mmHg。 试验机由主机、高温真空炉和电气控制三大部分组成。图1为试验机全貌。图2为试验机工作示意图。 本文将主要讨论本试验机的载荷测量与应力精度问题。有关本机的其他方面的问题可参阅有关资料[1]。

 
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