1) steel frame for tower type boiler
塔式锅炉钢架
1.
Taking a steel frame for tower type boiler as research object, finite element model is established using the finite element software ANSYS.
以某塔式锅炉钢架为研究对象,运用有限元软件ANSYS建立该钢架的有限元整体模型,进行自振特性的研究,得到该钢架的前30阶模态和自振周期。
2) tower boiler
塔式炉钢架
3) boiler steel structure
锅炉钢架
1.
Analysis of cracks in weld seams of boiler steel structure;
锅炉钢架焊缝裂纹原因分析
2.
Dynamic simulation technique is applied on installation process of boiler steel structure in thermal power plant.
将仿真技术应用于火电厂锅炉钢架的安装过程,对锅炉钢架零部件建立模型,然后进入Solidworks软件的装配体界面完成钢架的装配。
4) boiler steel frame
锅炉钢架
1.
Selection and application of the boiler steel frame combination and hoisting technology;
锅炉钢架组合焊接和吊装技术的选择与运用
2.
A standard drawing float based on OpenGL is developed with VC + + , which can easily make 3D boiler steel frame model.
用VC++设计基于OpenGL图形标准的绘图平台,实现锅炉钢架的三维建模,具备了钢架构件的编辑修改、加载、边界条件设置、单元信息显示、三维有限元分析、计算结果输出等功能。
5) tower type boiler
塔式锅炉
1.
Several tower type boilers and two pass type П(type) boilers with capacity of 1000 MW have been in operation or be under construction in China.
1 000 MW级机组的塔式锅炉和Ⅱ型锅炉在我国都有了运行业绩,并都有若干台机组正在设计和安装之中。
2.
This paper mainly introduces special characteristics of lignite,focusing on design key point of lignite fired boiler and tower type boiler.
主要介绍褐煤的特性,论述了褐煤锅炉的设计要点及塔式锅炉的特点,说明了对于高水分褐煤锅炉采用塔式炉配风扇磨的优势。
3.
The design characteristics of the tower type boiler in WaiGaoQiang Phase Ⅲ project are introduced in this paper in order to give the idea of tower type boiler to domestic customers.
通过对外高桥三期1000 MW塔式锅炉设计特点的介绍,增加国内用户对塔式锅炉的认识。
6) tower-type boiler
塔式锅炉
1.
The first domestic-made 1 000 MW supercritical tower-type boiler and Submerged Slag Conveyer(SSC) are equipped in Waigaoqiao Project PhaseⅢ.
外高桥三期工程采用了国内自主设计的首台1 000 MW超超临界塔式锅炉和首台与1 000 MW配套的一级输送刮板捞渣机。
2.
1 000 MW tower-type boiler is used in Zhejiang Guohua Ninghai Power Plant Phase II,2 ×1 000 MW project.
浙江国华宁海电厂二期2×1000 MW工程采用了1000 MW塔式锅炉,该类型锅炉吊装中的技术工艺尚处于探索阶段。
补充资料：顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
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