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   horizontal transportation 在 水利水电工程 分类中 的翻译结果: 查询用时:0.445秒
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horizontal transportation
相关语句
  水平运输
    According to discrete event dynamic systems and systems simulation theory, and basing on special simulation language WITNESS, a simulation model of loading and unloading system in container terminal is developed, with which, the preliminary design proposals concerning horizontal transportation, quay width and berth system of Waigaoqiao Phase V container terminal was researched deeply and an optimized design was finally got.
    基于离散事件动态系统和系统仿真理论,文章在专用仿真语言witness的平台上,研究开发了集装箱码头装卸系统的仿真模型,对外高桥五期集装箱码头的水平运输、前沿宽度、泊位系统等初步设计方案做了深入的仿真分析,做出了最优设计选择。
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  “horizontal transportation”译为未确定词的双语例句
    The maximum lifting height in the upstream side is 45 m and that in the downstream side is 101 m. The horizontal transportation distance is 140 m.
    上游侧最大提升高度45m,下游侧为102m,水平运距140m。
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  horizontal transportation
Transect observation at the littoral zone suggested that horizontal transportation may be a reason for the high methane concentration in epilimnion and thermocline at the offshore area.
      


100t vertical ship lift in Ankang Hydropower Station vertically lifts the upstream ship through gantry crane mechanism from No.18 and No.19 dam sections to the dam top and then transports it horizontally to the ship channel in the downstream.Inversely,it can lift ship from the downstream to the upstream reservoir.The maximum lifting height in the upstream side is 45 m and that in the downstream side is 101 m.The horizontal transportation distance is 140 m.The ship lift is controlled automatically or manually.The...

100t vertical ship lift in Ankang Hydropower Station vertically lifts the upstream ship through gantry crane mechanism from No.18 and No.19 dam sections to the dam top and then transports it horizontally to the ship channel in the downstream.Inversely,it can lift ship from the downstream to the upstream reservoir.The maximum lifting height in the upstream side is 45 m and that in the downstream side is 101 m.The horizontal transportation distance is 140 m.The ship lift is controlled automatically or manually.The speed of electric transmission of ship lift is governored by the transist motor and its lifting mechanism of control system is a double closed ring regulation system of inner electric current ring and outer speed ring.It is driven by 4 DC motors with the power of 200 kW each and the total lifting capacity is 320 t.The travel mechanism is a double closed ring regulation system of inner electric current ring and outer voltage ring and is driven by 8 DC motors with the power of 18 5 kW each.

安康水电站100t垂直升船机是通过门式起升机构将上游船只从18号、19号坝段之间垂直提升至坝顶,再水平运至下游降入消力池航道。反向可将下游船只提升运至上游水库。上游侧最大提升高度45m,下游侧为102m,水平运距140m。升船机采用全自动和手动参与两种控制方式。升船机电力传动采用晶闸管-电动机调速方式,其控制系统起升机构为电流内环、速度外环的双闭环调节系统,由4台200kW直流电动机驱动,总起吊量320t;行走机构为电流内环、电压外环的双闭环调节系统,由8台18.5kW直流电动机驱动。

According to discrete event dynamic systems and systems simulation theory, and basing on special simulation language WITNESS, a simulation model of loading and unloading system in container terminal is developed, with which, the preliminary design proposals concerning horizontal transportation, quay width and berth system of Waigaoqiao Phase V container terminal was researched deeply and an optimized design was finally got. The model can dynamically display the operation process of the whole terminal and...

According to discrete event dynamic systems and systems simulation theory, and basing on special simulation language WITNESS, a simulation model of loading and unloading system in container terminal is developed, with which, the preliminary design proposals concerning horizontal transportation, quay width and berth system of Waigaoqiao Phase V container terminal was researched deeply and an optimized design was finally got. The model can dynamically display the operation process of the whole terminal and record all performance parameters of loading and unloading system in the terminal. The successful application of the model indicates that virtual simulation optimization technology will play a more important role in the design of container terminals in the future.

基于离散事件动态系统和系统仿真理论,文章在专用仿真语言witness的平台上,研究开发了集装箱码头装卸系统的仿真模型,对外高桥五期集装箱码头的水平运输、前沿宽度、泊位系统等初步设计方案做了深入的仿真分析,做出了最优设计选择。模型动态显示整个码头运行过程,可分析码头装卸系统中各种性能参数。模型的成功应用说明虚拟仿真优化技术将在今后的码头设计中发挥更大的作用。

 
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