地下管线管理 underground pipeline management英语短句 例句大全

地下管线管理,underground pipeline management

1)underground pipeline management地下管线管理

1.In this paper, the author uses UPMIS-ZS as an example to introduce the database design and the key technologies of developing UPMIS(underground pipeline management information system) on Intergraph MGE platform.以中山市为例,介绍了利用MGE软件开发地下管线管理信息系统的数据库设计方法以及在二次开发过程中采用的关键技术,简述了地下管线管理信息系统的应用前景。

英文短句/例句

1.The Application of GIS Technoloty in City Underground Pipeline s Management;GIS技术在城市地下管线管理中的应用

2.Research on WebGIS Application in the Management of Under-pipe;WebGIS在地下管线管理中的应用研究

3.The Research and Realization on Underground Pipeline Management Information System;地下管线管理信息系统的研究与实现

4.The Construction and Realization for the Urban Underground Thread Managing System Based on AE基于AE的城市地下管线管理系统的建设与实现

5.Research on design and application of underground pipelines management system in suzhou xity苏州市城市地下管线管理信息系统设计与应用研究

6.Software Development for 3D CAD and Information Management of Underground Pipelines;地下管线三维CAD与信息管理软件开发

7.The Research of Urban Underground Pipelines Planning Administration;我国城市地下管线规划管理问题研究

8.The Design and Management of The Underground Pipeline with Mapinfo;利用Mapinfo进行地下管线的设计和管理

9.Discussion on the Development and Management of City Underground Piping Network;城市地下管线的开发建设与管理探讨

10.Dynamic Management of Underground Pipeline Analysis and Discussion地下管线动态管理问题的分析和探讨

11.Discussion on Managing Experience of Underground Pipeline Finding Item in the Project of Subway Construction地铁建设工程地下管线探测项目管理经验探讨

12.Design and Development with the Management System of Comprehensive Underground Pipeline in City;城市综合地下管线建库管理系统设计与实现

13.Study on the Informationization of Synthesis Management Supported by GIS of the Underground Pipelines in the City;基于GIS的城市地下管线综合管理信息化研究

14.Design of Urban Underground Pipeline Information Management System Based on MAPX基于MAPX的城市地下管线信息管理系统设计

15.3S Technology Using in Underground Pipeline Detection and Management3S技术在地下管线探测与管理中的应用

16.On Designing of Comprehensive Underground Pipeline Based on Electronic Data Management基于电子数据管理的综合地下管线设计初探

17.abovebelow ground transition地面和地下管线过渡段

18.Strengthen the Planning and Management of Underground Pipelines to Promote the Development and Exploitation of Underground Space加强地下管线规划管理,促进地下空间资源开发利用

相关短句/例句

underground pipeline地下管线

1.Study the influence of tunnel construction on the neighboringunderground pipeline;隧道施工对邻近地下管线的影响研究

2.Probe into the Final Survey Methods of the Underground Pipelines;地下管线竣工测量方法的应用

3.General investigation method ofunderground pipeline in small cities and towns;小城镇地下管线普查方法探索

3)underground pipe地下管线

1.The distribution of measuring control network forunderground pipe in Xiamen;厦门市地下管线测量控制网的布设

2.The discussion on application of MapInfoin management of urbanunderground pipe;MapInfo在城市地下管线管理中的应用探讨

3.Design and Realization of Underground Pipeline Integrated Application System Based on ArcEngine;基于ArcEngine的地下管线综合应用系统的设计与实现

4)Underground pipe line地下管线

1.Research on underground pipe line planning management in Rizhao city日照市地下管线规划管理研究

2.Better economic and social benefits are obtained by first adopting trenchless technology to lay underground pipe line in Ningbo area without influencing fraffic,buildings and original pipe line.在不影响交通运行、地面建筑物及原有管线的条件下 ,采用非开挖技术在宁波地区首次铺设地下管线 ,取得了较高的经济效益和社会效

3.The importance of establishment of urban underground pipe line information system is elaborated from the point of administration in this paper.从地下管线管理的角度阐述了建立城市地下管线信息系统的重要性 ,提出以全市区地形图、规划图和管线普查成果与管线竣工测量成果作为系统的基本数据 ,以 GIS软件为支撑平台进行开发 ,实现地下管线管理所需的查询、分析、综合、统计和辅助决策等功能 ,从而达到以计算机为手段对地下管线实行有效管理的水平 。

5)buried pipeline地下管线

1.Starting with the analysis of the displacement field ofburied pipeline around the two foundation pits,the protection measures ofburied pipeline during excavation of two adjacent foundation pits are innovatively studied based on 3D FEM in this paper.基于三维有限元,从管线的位移场入手,首次进行相邻深基坑开挖对周围地下管线影响的研究,探讨了基坑被动区加固、管线侧向加固和管线底部加固三种保护管线的方式,分析了三种保护措施下管线的水平、竖向位移的变化,讨论了三种加固方式对管线位移的控制效果,并比较三种加固方式的优缺点,研究表明基坑被动区加固是一种较为合理的管线保护措施。

2.The post-liquefaction deformation method was used to simulate the liquefaction-induced flow of sand foundations and the uplift ofburied pipelines.采用液化后变形分析方法模拟了饱和砂土地基地震时发生的液化流动,研究了地基中地下管线的上浮反应,讨论了管线直径、埋深、地下水位、地基土相对密度等因素对地下管线上浮位移的影响,并对地下管线抗震设计提出了一些建议。

3.That will cause damage of the buildings andburied pipelines.盾构机在城市地铁建设中得到了广泛的应用,但在盾构掘进过程中会引起地层损失,过大的地层损失,可导致较大的地面沉降,对地面建筑物、地下管线等设施产生不利影响甚至会导致破坏,引起较大的经济损失。

6)underground pipelines地下管线

1.Finite element analysis and neural-network prediction of deformation ofunderground pipelines affected by excavation;基坑开挖对地下管线影响的有限元分析及神经网络预测

2.Research on seismic response ofunderground pipelines in solid-liquid media;考虑土体固液二相性质的地下管线地震反应研究

3.Factors analysis of parallelunderground pipelines displacements affected by pipe jacking;顶管施工对相邻平行地下管线位移影响因素分析

延伸阅读

地下水管理见水资源管理。