1) remained heat treatment after rolling
轧后余热处理
1.
Through making technological condition and process flow,Laiwu steel developed BS 460B Φ50 mm concrete reinforcement steel by VN micro-alloying and remained heat treatment after rolling.
莱钢通过制定试制产品的技术条件和工艺流程,采用VN微合金化技术和轧后余热处理两种工艺,开发出了英标460BΦ50 mm钢筋混凝土用钢筋。
2) heat treating with the residual heat after hot rolling
轧后余热热处理
1.
The result showed that mechanical properties of the bar was increased by heat treating with the residual heat after hot rolling,and could be satisfied with the requirements of standard YB13 - 69.
对16Mn钢筋轧后余热热处理工艺进行了试验,结果表明,经轧后余热热处理的钢筋,其力学性能得以提高,可满足YB13—69标准的要求。
3) steel bars of remained heat treatment after rolling
轧后余热处理钢筋
1.
Comparison of seismic behavior of steel bars of remained heat treatment after rolling and normal rolling
轧后余热处理钢筋与常规轧制钢筋抗震性能对比
4) residual heat treatment
余热处理
1.
The qualified reinforced bar is produced by designing chemical composition and developing QTB residual heat treatment process.
介绍了英标460B钢筋的研制情况,通过成分设计和开发QTB余热处理工艺生产出合格的钢筋。
2.
In order to resolve the pr oblem of ribbed bar rust after rol ling,the technology of residual heat treatment was applied,which realized by water cooling after rolling The mechanis m of the technology,the obvious ef fects and benefits were introduce
莱芜钢铁集团公司为解决带肋钢筋轧后锈蚀问题对其进行余热处理 ,通过轧后穿水实施在线高温阻锈技术。
5) remained heat treatment
余热处理
1.
Finite element simulation for the remained heat treatment of large gauge ribbed bar;
大规格带肋钢筋余热处理过程的有限元模拟
2.
The results show that BS 460MPa grade reinforced bar can be produced all from Q235 or 20MnSi billet by the remained heat treatment process but the production cost of the former is lower.
以Q235、20MnSi钢坯为原料进行了用余热处理工艺生产英标460MPa级钢筋的试验,研究了水冷段数、水压、上冷床温度以及成分、钢种和时效对钢筋性能的影响。
6) normalizing from forging heat
锻(轧)后余热正火
补充资料：余热
1.残馀的暑气。 2.生产过程中馀下的热量。 3.比喻老年人的作用。
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