1) bonding profile steel
粘结型钢
1.
The design and construction method of the strengthening technology of bonding profile steel are clarified with a certain practical strengthened engineering, which may be a reference for other engineering applications.
粘结型钢加固技术作为一种新型的加固方法,在建筑物改造与加固工程中,能大幅度提高梁的极限承载力,解决粘结钢板可能带来的超筋问题。
2) gluing steel plates
粘结型钢法
3) breakout by sticking
粘结漏钢
1.
4 slab caster of JISCO,the reasons of breakout by sticking of 50# steel slab were analyzed systematically.
本文结合酒泉钢铁公司4#板坯生产实际,系统分析了50#钢粘结漏钢的原因,从保护渣、结晶器、冷却水以及工艺操作等方面有针对性地制定了措施,杜绝了粘结漏钢事故,稳定了生产。
2.
Analysis consider that the reason of breakout by sticking is bad capability of the powder,such as lower depth of liquid powder,less consumption and low proportion of glass phase in the powder.
分析认为,济钢大板坯连铸机出现粘结漏钢的原因是保护渣的性能不良,其中液渣层厚度、渣耗量及玻璃相比例偏低,以及结晶器液面波动,拉速提升过快等。
3.
It is shown that the breakout by sticking is caused by low temperature of molten steel and high withdrawal speed and illogicality capability of protecting slags.
通过统计分析板坯连铸生产中出现的漏钢事故,认为钢水温度低、拉速快和保护渣理化性能不合理易导致粘结漏钢;对弧不良、钢水温度高、拉速快是造成裂纹漏钢的主要原因;开浇和接头漏钢主要是中间包上水口和塞棒烘烤效果不好及出苗时间不足造成的。
4) sticking breakout
粘结漏钢
1.
Optimization for flux of high-carbon steel #45 is put forward through studying casting characteristic of high-carbon steel and analyzing the reasons of sticking breakout.
通过研究高碳钢连铸特点,分析了高碳钢板坯连铸粘结漏钢的原因,提出了板坯连铸45#高碳钢保护渣优化设计思路。
2.
This article introduces the mechanism,main characteristic of sticking breakout.
介绍了大板坯连铸粘结漏钢的发生机理和和主要特点;结合邯钢三炼钢厂生产实践,分析了工艺、操作和设备等因素对粘结漏钢的影响;提出了降低粘结漏钢次数的主要措施。
5) bonded steel structure
粘钢结构
6) the stick steel plate
粘结钢板
1.
Based on analyzing the feature of force in doing remedial concrete structure strength, in this paper, the research is made on the method of doing remedial structure strength with the stick steel plate in common use in handing technique of crack.
在分析混凝土补强加固结构受力特征基础上,本文研究在混凝土裂缝处理中常见的粘结钢板加固补强方法;介绍了其特点,设计计算,构造要点及施工工艺过程。
补充资料：长春冷弯型钢总厂生产的异形冷弯型钢
长春冷弯型钢总厂生产的异形冷弯型钢
长春冷弯型钢总厂生产的异形冷弯型钢
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