1) The Course Changing at Tongwaxiang
铜瓦厢改道
2) contact shoe
铜瓦
1.
The shortage of contact shoe in ore smelting electric arc furnace is analysed from its performance.
从矿热炉对铜瓦的性能要求方面分析了铸造铜瓦的缺陷。
2.
A heat transfer mathematical model of the contact shoe in submerged arc furnace was set up by using finite element software ANSYS,the simulation to the contact shoe behaviors under steady state was performed based on the model.
运用有限元软件ANSYS,建立矿热炉铜瓦的传热模型,并对模型的稳态工况进行计算。
3) contact shoe
导电铜瓦
1.
The contrast between combined contact shoe and casting shoe is introduced.
介绍了组合式导电铜瓦与常规铸造铜瓦进行现场使用对比情况,分析了组合式导电铜瓦寿命长的原因和常规导电铜瓦的主要缺陷,对两种铜瓦的力学性能和冷却能力进行了定性和定量分析。
4) Tongwamen Bridge
铜瓦门大桥
1.
Taking Tongwamen Bridge as a case study,which has a width-to-span ratio only of 1/23.
8的铜瓦门大桥为分析对象,通过建立响应面方程,研究了结构的材料性能和几何尺寸的不确定性对该桥空间稳定性的影响。
5) Casting Electrode Copper Tile
铸造电极铜瓦
6) pivot-copper bushing pair
枢轴-铜瓦摩擦副
1.
The causes of failure of pivot-copper bushing pairs in No.
对正在检修的葛洲坝水力发电厂18号125MW的ZZ500-LH-1020轴流转桨式水轮发电机组的枢轴-铜瓦摩擦副进行了失效分析。
补充资料：铜雀瓦
1.铜雀台的瓦。后人取而制为砚﹐因代指砚台。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。