1) suspended pipeline
悬垂管道
1.
Seismic response analysis for spanning structure of suspended pipelines;
悬垂管道跨越结构地震反应分析
2) vertical pipeline
垂直管道
1.
Based on the research results of experts,sets out from momentum,and analyses the momentum change of liquid and solids,and puts forward calculation models of settling slurry velocity distribution and friction loss in vertical pipeline.
在前人研究的基础上,从动量角度出发,研究液体及固体颗粒速度的变化,推导出浆体垂直管道速度分布和摩阻损失的求解模型。
3) vertical pipe
垂直管道
1.
Study on the Friction Loss of Hydraulic Lifting Large Solid Particles in Vertical Pipeline;
垂直管道大径固体颗粒水力提升摩阻损失的研究
4) suspended pipeline
悬空管道
1.
The little displacement of supports can induce vibration of suspended pipeline.
悬空管道常因支座扰动的激励而发生振动,为此,计算中引入固定系数,模拟相邻跨对于计算跨的约束,从而将单跨的和多跨的悬空管道都归结为单跨梁,并采用简化的Euler-Bernoulli梁受迫振动微分方程,求解了几种常见约束边界的悬空管道对于支座扰动的动力响应。
2.
Motive respondence of three-dimension submarine suspended pipeline is investigated by means of mode analysis,also the respondent spectrum is given.
应用概率论及随机振动的理论和方法,分析了波浪力的随机模型,提出了竖直波浪力的相关函数,利用模态分析方法论述了三维悬空管道在随机波浪作用下的动力响应并给出了在随机波浪力下的动力响应谱。
3.
Based on the force balance condition of suspended pipeline,the simultaneous deformation of both ends of the pipeline is solved.
当悬空管道发生弯曲变形时,两端埋地管道要对悬空管道产生影响。
5) spanning pipe
悬跨管道
1.
Bending and vibration characteristics of spanning pipe buried in linear elastic soil;
线弹性土壤中埋设悬跨管道的弯曲和振动特性
2.
Buckling equation of the spanning pipe partially buried in elastic soil is established.
建立了两端埋设在线弹性土壤中的悬跨管道的屈曲方程。
6) cantilever pipe
悬臂管道
1.
The expression of vertical vibration mode-function of the restrained cantilever pipe system was derived from its boundary conditions based on the corresponding beam model.
根据梁模型横向弯曲振动模态函数一般表达式,由边界约束条件确定其模态函数的一般表达式,采用Galerkin法将运动方程在模态空间内展开,利用动力学分析方法,分析端部受线性弹簧支承和扭转弹簧约束的端部约束悬臂管道从非保守系统逐渐变为保守系统过程中的固有特性和稳定性。
补充资料：管道SCADA(见管道数据采集与监控系统)
管道SCADA(见管道数据采集与监控系统)
popeline supervisory control and data acquisition system
管道SCADA(PIPelinesuPervisory eontroland data aequisition system)与监控系统。见管道数据采集
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