1) center sill
中梁
1.
Several traditional technologies in inspection and repair for tank cars with center sills are analyzed.
分析了有中梁罐车的几项传统检修工艺,针对技术要求的提高,提出了改进建议。
2.
In view of such features as complex center sill structure,large deform after welding,great difficulty in 450 steel welding,welding of C Class steel and tension rivets,etc.
根据100 t矿石/矿粉/钢材运输专用车中梁结构复杂、焊后变形大、450钢焊接难度大以及C级钢焊接、拉铆钉等特点,有针对性地编制制造工艺方案,并顺利完成该车中梁的制造。
3.
By analyzing the structural features and welding procedures for the underframe and center sill of type C80 aluminum alloy coal wagon, the paper describes the manufacturing technologies to ensure the quality of steel underframe structure of wagon through the application of appropriate manufacturing procedures and tooling.
分析了C80型铝合金运煤敞车底架及其中梁的结构与组焊工艺,介绍了通过采用合理的工艺措施及使用必要的工艺装备来保证底架钢结构质量的制造方法。
2) Zhongliangshan coal
中梁山煤
1.
Research on tribo-electrostatic coal preparation ability of Zhongliangshan coal;
中梁山煤摩擦电选可选性研究
3) new type center sill
新型中梁
4) interior diaphragm
中横梁
1.
Mechanics behavior,which differs from skew angle and number of orthogonal interior diaphragm,is focused in the research.
通过对斜梁桥空间三维有限元分析 ,讨论了斜度和正交中横梁数目、厚度对斜梁桥受力性能的影响 ,计算出了正交中横梁数目的合理值 ,得出了有关斜梁桥合理横向刚度的结论 ,据此提出了相关工程设计建
5) mid-mudsill
底中梁
1.
By means of I-DEAS software,taking quality as object function,this paper evaluates and optimizes the dimension parameters of mid-mudsill steel structure of an electrostatic precipitator.
采用现代设计方法及有限元技术,应用I-DEAS软件对某电除尘器底中梁钢结构的主要尺寸参数进行了以质量为目标函数的评估和优化。
6) mid-span steel girder
中跨钢梁
1.
Bracket-free installation technology for mid-span steel girder of a self-anchored suspension bridge;
自锚式悬索桥中跨钢梁无支架安装技术
补充资料：中梁
1.屋的正梁。
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