1.
Study on Bearing Capacity of Concrete Surrounding on Buried Pipe in Dam
坝内埋管外围混凝土承载能力的研究
2.
The Modification to Inside Weld Grinding Machine for JCOE Formed Longitudinal Submerged Arc Welded Pipe
JCOE直缝埋弧焊管内焊缝磨削机的改造
3.
Inside Weld Crack Analysis and Control of SSAW Pipe
螺旋埋弧焊管内焊缝裂纹分析与控制
4.
Discussions on the Design of Pile Foundation and Burry Methods of Ground Heat Exchanger Pipes in Bored Pile
钻孔灌注桩内地源换热器埋管的桩基设计和埋管方式探讨
5.
Influence of dam displacement and internal water pressure on the structural stresses of penstock laid on downstream face of dam
坝体变位和内水压力对坝后背管结构应力的影响
6.
Simulation and Emulation of Internal Resistance Heating Direct-Burried Heat-Insulated Pipe;
内阻式供热直埋保温管热工模拟与仿真
7.
The Experimental Study and Analysis of Directly Buried Inner Resistance Heat-preservation Pipeline;
内阻式直埋保温供热管道的实验研究与分析
8.
Prediction on Erosion Rate of Immersed Tube in a Fluidized Bed by Simulation
流化床内埋管磨损特性的数值模拟研究
9.
Study on the Design Method of Underground Crescent-rib Reinforced Branch Pipe
地下埋藏式内加强月牙肋钢岔管设计方法研究
10.
Design of Gravity Waste Dam in Sanitary Landfill Site
垃圾填埋场重力式垃圾坝的工程设计
11.
On Manufacture and Installation of Buried Steel Pipe in Water-supply & Power Tunnel and Open Steel Pipe into Power Station in Zhangfeng Reservoir
张峰水库供水发电洞洞内埋管及电站厂房明管制安施工
12.
For laying indoors,in trenchesin ducts and in ground,able tobear heavier pulling force,andfor fixed installation.
敷设在室内、电缆沟、管道、直埋等能承受较大机械外力等固定场合。
13.
Hydrodynamics of Gas-solid Flow Around Immersed Tubes in Bubbling Fluidized Beds Based on Image;
基于图像法的带埋管鼓泡流化床内气固两相流体动力学研究
14.
Eulerian-Lagrangian Simulation of the Heat Transfer Behavior of Particles with Different Diameters in Fluidized Bed with Immersed Tube
埋管流化床内不同粒径颗粒传热行为的欧拉-拉格朗日模拟研究
15.
Inside Weld Tiny Crack Analysis and Control of SSAW Pipe with Heavy Wall-thickness
大壁厚螺旋埋弧焊管内焊缝微裂纹的分析及控制
16.
The vaporize, condense, overflow and guide plate inner are made in stainless steel.
蒸发锅、冷凝管、溢流坝和内部导流板都用不锈钢制成。
17.
Stress analysis of reinforced concrete penstocks with steel lining on the downstream surface of concrete dam under internal water pressure
混凝土坝下游面压力管道在内水压作用下的应力分析
18.
And suggested the new strategies: desilting at high concantration in vertical and horizontal pipes at the dam area; the silt liquefaction starting of buried seeper penstock at the river reach of Chongqing.
提出了2种新的技术对策:坝区垂直与水平管道高浓度排沙;重庆河段埋管压力渗透液化起动泥沙。