1) seamless steel pipe standard
无缝钢管标准
1.
Therefore, the issue of how to select the seamless steel pipe standard was discussed in this article.
本文就在城镇燃气工程中对液化石油气管道选用何种无缝钢管标准作一分析说明。
2) seamless tube
无缝钢管
1.
Present Status and Development of Alloy Steel Seamless Tube;
合金钢无缝钢管的现状和发展
2.
Analysis on stretch reducing rolling process of seamless tube by FEM;
无缝钢管张力减径过程的有限元分析
3.
Development of round billet of heat resistant stainless steel seamless tube for high pressure boiler
高压锅炉用耐热不锈钢无缝钢管圆管坯的研制
3) seamless steel tube
无缝钢管
1.
Technological transformation of enterprises produced medium diameter seamless steel tube with cold drawn processing;
冷拔中径无缝钢管生产企业的技术改造
2.
Discussion on development countermeasures to seamless steel tube technical equipment in China;
中国无缝钢管技术装备的发展对策探讨
3.
Present situation analysis of Chinese seamless steel tube technology equipment;
中国无缝钢管技术装备的现状分析
4) seamless steel pipe
无缝钢管
1.
Finite element analysis on locally and radically die plastic forming of the seamless steel pipe;
无缝钢管局部径向模具塑性成形有限元分析
2.
Study of heat treatment process of 1Cr5Mo alloy seamless steel pipe;
1Cr5Mo合金无缝钢管的热处理工艺研究
3.
Analysis for Inside Cold-Bending Fracture of SA299 Heavy Calibre Thick-Wall Seamless Steel Pipes;
SA299大口径厚壁无缝钢管内冷弯开裂分析
5) seamless pipe
无缝钢管
1.
Effect of sizing measure and temperature on residual stress of the seamless pipe in the sizing process;
无缝钢管定径过程中的压下量和温度对残余应力分布的影响
2.
Effect of size and temperature on residual stress of the seamless pipe in the sizing process;
无缝钢管的定径量和温度对残余应力的影响研究
3.
Analysis of quenching residual stress of seamless pipe by FEM;
用有限元方法分析无缝钢管的淬火残余应力
6) seamless steel tubes
无缝钢管
1.
Commentary on the standard of seamless steel tubes for boiler;
GB3087-1999低中压锅炉用无缝钢管标准述评
2.
Discussion on the technical index of GB/T 8163-1999 seamless steel tubes for liguid service,make suggestions on organizing production of seamless steel tubes for liguid service.
综合论述了GB/T 816 3- 1999输送流体用无缝钢管标准技术指标 ,对输送流体用无缝钢管组织生产有一定指导意义。
3.
The traditional method for measuring the geometric sizes of seamless steel tubes is mechanically and manually test on the both ends of tubes, which could not meet the requirement of modern industry for high accurate steel tubes .
无缝钢管几何尺寸的传统测量方法，是在其两端由人工进行机械式测量，它已远远不能满足现代工业对高精度钢管的要求。
补充资料：包钢无缝钢管收集装置降噪和防冲击研究
包钢无缝钢管厂作为国家大型骨干企业，面临着激烈的市场竞争，因此在保有原有优势的基础上，迫切需要全面提升产品的质量，争取更大的市场份额。包钢无缝钢管厂的设备是五十年代从前苏联引进的，主要生产直径140mm至直径426mm的无缝钢管。在收集过程中，钢管的落差大，产生了噪音和冲击 。冲击使钢管发生了塑性变形，噪音损害了工人的身体健康。作为面向二十一世纪的现代化企业，必须考虑如何在优质高效生产的前提下，创造一个清洁、无污染的生产环境。因此，对于无缝钢管收集装置的深入研究势在必行。 | ||
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使用ANSYS软件进行无缝钢管的变形模拟，其数据真实性得到了现场的认可，且在获得数据的同时并未影响生产。模拟的最终结果为新型无缝钢管收集装置的设计提供了理论依据，目前依据这一模拟结果设计的第一种方案已完成，正在进行第二种方案的设计。 | ||
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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