1.
A Study on Hot Test and Thermal Stress and Distortion of Cast Copper Staves with Buried Copper Pipes
埋纯铜管铸铜冷却壁热态试验和热应力热变形研究
2.
The thermal stress on the hot side of cast ironstaves and copper staves on the same condition was analyzed.
计算了铸铁冷却壁与铜冷却壁在相同条件下热面热应力。
3.
Simulation and analysis on stress field of copper-steel complex cooling stave
铜铸钢复合冷却壁应力场的模拟计算与分析
4.
Therefor, the property of the copper staves is better than that of the staves of cast iron.
因此，从热应力能引起裂纹产生角度看，铜冷却壁性能优于铸铁冷却壁。
5.
Structure optimization of water cooling channel of cast steel stave
高炉铸钢冷却壁冷却水管的优化研究
6.
The Disrepair Mechanism of Blast Furnace Cooling Stave and Design of Copper Cooling Stave
高炉冷却壁的破损机理及铜制冷却壁的设计
7.
The Experiment Research on As-Cast High Toughness Ductile Iron Cooling Wall for Blast Furnace;
铸态高韧性球墨铸铁高炉冷却壁的试验研究
8.
The Working Situation Simulation of Copper-Steel Composite Stave
铜/钢复合冷却壁的服役行为仿真研究
9.
Thermo-Mechanical Coupling Finite Element Analysis of Blast Furnace Copper Staves
高炉铜冷却壁热力耦合的有限元分析
10.
Apply Nodulizing and Inoculating Process to Enhance Quality of Nodular Cast Iron
采用球化孕育新工艺,提高球墨铸铁冷却壁质量
11.
Thermal Test and Optimization of Heat Transfer Performance of Blast Furnace Copper Stave
高炉铜冷却壁热态试验与传热性能优化
12.
Probe the Influence into Cooling Speed & Mn、Cu Content for Casting State Type spheroidal Graphite Cast Iron Hardness
冷却速度及锰、铜含量对铸态球铁硬度影响的探讨
13.
BenGang No.5 BF Copper Cooling Stave Damage Cause Analysis and Processing Technology of Research
本钢五号高炉铜冷却壁破损原因分析及处理技术的研究
14.
Cold bending of 2 200 m~3 blast furnace cooling stave pipe
2 200 m~3高炉冷却壁水管的冷弯
15.
Key Procedures in Cast-rolling Cupronickel Condenser
白铜冷凝管铸轧工艺关键工序的研究
16.
Numerical Simulation on Liquid-solid Two-phase Flow of Water Cooling Pipe in Blast Furnace Cooling Stave
高炉冷却壁冷却水管内液固两相流的数值模拟
17.
Quantity and Influences in the Casting Lies the First Area of Cooling and Crystallize in Common Mold
普通模铸造一次冷却结晶区的铸锭质量及影响
18.
it is more easily bent and molded than when it's cold.
比其冷却时较易弯曲及铸造。