管道间的英文

• utility distribution

• "管道"英文翻译    pipeline; channel; tunnel; p ...
• "间"英文翻译    space in between; opening
• "信道间, 通道间" 英文翻译 :    interchannel
• "道间距" 英文翻译 :    grouinterval; track pitch; tracking pitch
• "河道间" 英文翻译 :    interchannel
• "田道间" 英文翻译 :    tajima
• "通道间" 英文翻译 :    interchannel
• "信道间" 英文翻译 :    interchannel
• "管道" 英文翻译 :    [工业] pipeline; channel; tunnel; piping; canalis; pipe run; duct; conduit; conduit pipe; ducting; line of pipes; pipe alley 污水管道 soil pipeline; 煤气管道 gas pipe; 消防管道 fire fighting pipeline; 管道安装 piping erection; 为新房子安装自来水管道 pipe a new house for water; 室外的管道需要油漆了。 the piping outside the house needs painting.; 管道安装工 pipelayer; pipeman; 管道泵 pipeline pump; 管道电缆 underground cable; conduit cable; duct cable; 管道工 pipeliner; pipe-man; 管道工程 plumbing; pipework; 管道化 channelization; 管道煤气 pipelined gas; 管道清洁工 swab-man; 管道入口 entrance; conduit box; 管道设计 channel design; 管道施工 pipeline construction; 管道输煤 pipeline coal transporting; 管道输沙 sediment transport through pipeline; 管道输送 pipage; pipeage; 管道弯头 channel bend; 管道网 grid; network of pipe lines; 管道遥测 pipeline telemetering; 管道运输 pipeline transport; transportation by pipelines; 管道装置 plumbing installation
• "波道间距" 英文翻译 :    channel separation
• "叉道间海湾" 英文翻译 :    interdistributary bay
• "磁道间距" 英文翻译 :    track pitch; track spacing
• "磁道间隙" 英文翻译 :    track gap
• "道间串扰" 英文翻译 :    intertrack crosstalk
• "道间感应" 英文翻译 :    channeltochannel cross talk
• "道间感应；串音" 英文翻译 :    crosstalk
• "道间一致性" 英文翻译 :    duplication between channels; track to track uniformity
• "轨道间的" 英文翻译 :    interorbital
• "轨道间飞船" 英文翻译 :    space tug
• "轨道间隔" 英文翻译 :    orbital spacing
• "轨道间会合" 英文翻译 :    interorbital rendezvous
• "轨道间距" 英文翻译 :    track space
• "轨道间距, 轨距" 英文翻译 :    track space
• "轨道间隙" 英文翻译 :    orbit gap
• "河道间坝" 英文翻译 :    interchannel bar

• The conveying medium in pipe has great effect on buried pipeline ’ s damage , its flow pattern , temperature , pressure change , velocity , all of these can influence the shell of pipe and its stress distribution . so it is very important to analyze the fluid - pipe coupling
  管道内部的输送介质对管道破坏影响也很大,管内介质的流态、温度、压力变化、流速等对管壁变形和应力分布都有影响,故管道内流体和管道间的耦合分析对地下管道破坏分析很重要。
• Influencing factors of buried pipeline ’ s damage and numerical modeling are investigated . complex site conditions , fault and fluid - pipe coupling are considered . considering soil - pipe interaction , boolean operator is used to merge site and pipe , and site - pipe physics contact is solved through soil - pipe friction
  考虑到场地和管道间的相互作用,在adina三维有限元建模过程中,应用布尔操作实现场地与管道间的几何融合,并通过管土摩擦解决场地与管道间的物理接触问题。
• In recent years , during the detection of the established reinforced concrete or the prestressed concrete box girder bridges etc . the large structures , we can find that the concrete in particular structural positions such as the anchorage zones of prestressed reinforcement with dense reinforcement , the prestressed pipe in which the space of reinforcement or the thickness of concrete cover is small , the top and bottom flange of box girder and so on has brought great difficulty to concrete construction because of the small size and densely - packed reinforcement
  对于变截面t梁、工字梁、箱梁等常见结构,截面形式复杂,一些部位尺寸较小且密集配筋,如梁顶板,梁底板,预应力管道间,混凝土不可避免的造成不密实导致耐久性降低,而这些问题往往为设计者所忽略。对于新建桥梁混凝土的密实度问题,尤其是新建桥梁关键部位的混凝土密实度和耐久性问题,人们研究和关心的较少,这也为桥梁的质量监督控制和使用寿命埋下了隐患。