1) dam shell material construction
坝壳料施工
2) dam shell material
坝壳料
1.
So the filter layer is set behind the drainage filter and in front of the ward wall reasonably to improve the stability of the dam shell materials at backward position.
同时,计算还揭示了下游砂卵石坝壳料局部渗透比降偏大的情况,建议通过在排水棱体和下游挡墙前设置合理的反滤层以提高下游坝壳料渗透稳定性。
3) dam construction
大坝施工
1.
Visual simulation based upon GIS of dam construction;
基于GIS和面向对象方法的大坝施工可视化仿真
2.
Traditional dam construction simulation has some disadvantages, for example, most of them are not visual and hardly understood.
针对传统大坝施工仿真中存在的问题,本文提出了一种基于GIS的大坝施工可视化仿真的方法,并以某拱坝施工仿真为例,进行了实例研究。
3.
In order to meet the requirement of dam construction layout and transport,the upper structure is composed of track girders fo.
为了满足大坝施工布置及运用要求 ,上部结构由门、塔机轨道梁、纵横联等组成 ,轨道梁为等直简支全焊钢箱梁 ;下部结构采取两种方案 ,即泄 13号坝段以左为钢桥墩 ,以右为混凝土桥墩。
4) dam slope construction
坝坡施工
5) arch dam construction
拱坝施工
1.
After testing the algorithm,the result obtatined is correct and can meet the engineering requirement,and can be used in the process of arch dam construction to bring along hydroelectric engineering production automatization and produce the tremendous economic efficiency.
所述算法建立在对拱坝进行了有限元网格剖分与计算已获得施工数据的基础上 ,提出了对将建拱坝工程量预算较为合理的计算方法 ,并用 C语言编程实现 ,经测试验证后 ,结果正确 ,符合工程要求 ,可将其应用于拱坝施工全过程 ,势必带动水电工程生产自动化 ,产生巨大经济效
6) high arch dam construction
高拱坝施工
1.
To fit the complexity and particularity of different hydropower projects,methodology of object-oriented simulation was introduced to dynamic simulation for high arch dam construction processes.
为了建立通用的高拱坝施工仿真模型,以适应不同水电工程的复杂性与特殊性,在高拱坝施工全过程动态仿真中引入面向对象的仿真方法。
补充资料：施工企业技术组织措施计划(见施工企业技术)
施工企业技术组织措施计划(见施工企业技术)
technical and organize measurement plan in construction enterprise
施工企业技术组织措施杯茹”岑，~‘_:_，organize measurement plan in eonstruetionenterPrise)见施工企业技米管理基本制度。
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