1) Xiluodu arch dam
溪洛渡拱坝
1.
Application of Thin Layer Elemet in Finite Element Method of Analysis for Xiluodu Arch Dam;
薄层单元在溪洛渡拱坝有限元计算中的应用
2.
Xiluodu arch dam is one of highest concrete arch dams to be built in the world.
溪洛渡拱坝是拟建的世界上最高的混凝土拱坝之一,由于陡坡坝段在施工期与运行期的受力状态均比较复杂,存在较大面积的应力集中分布。
2) Xiluodu Double Curvature Arch Dam
溪洛渡双曲拱坝
1.
Study on Second-stage Cooling Effect of Xiluodu Double Curvature Arch Dam;
溪洛渡双曲拱坝二期冷却效果研究
3) Xi-Luo-Du dam
溪洛渡大坝
1.
In the process of the subject study, by collecting and analyzing some kind of theXi-Luo-Du dam construction initial data, we get the concise data with charting forms and compare it with the expected progress target.
课题研究过程中,通过搜集溪洛渡大坝工程施工过程中的各项原始数据,并归类分析,以图表法的形式得出简洁明了的数据。
4) Suoxi Arch Dam
索溪拱坝
1.
Optimized Design for the Abutment Treatment of Suoxi Arch Dam;
索溪拱坝坝肩处理优化设计
5) Xiluodu
溪洛渡
1.
Regularity of fractures growth on the basalt around the damsite of Xiluodu Hydroelectrical Station and its permeability analysis;
溪洛渡水电站坝区玄武岩裂隙发育规律及渗透性分析
2.
Study on Water Current Aeration of Xiluodu No.3 Spillway Tunnel;
溪洛渡3号泄洪洞水流掺气问题研究
3.
Research of Linear Programming Model for Water Rock Reactions and Its Application: Hydroelectric Project of Xiluodu as an Example;
水-岩作用的线性规划模型与应用研究——以溪洛渡水电工程为例
6) Xiluodu formation
溪洛渡地层
1.
The Xiluodu formation is hard and fragile, contains interlayer and intrastratal faults, and is of comparatively great grindability.
根据溪洛渡地层硬、脆且存在层间层内错动、裂隙发育和较强研磨性的特点 ,着重就金刚石钻头胎体和烧结工艺进行研究 ,研制出热压孕镶金刚石钻头 ,以提高钻进效率 ,缩短钻探施工工期 ,保证电站施工顺利进
补充资料：定山溪坝
定山溪坝 |
Jozankei Dam |
| 概 述 |
| 定山溪坝位于日本北海道札幌市，石狩川水系(Isikarigawa)丰平川支流小樽内河上、临近支笏洞爷国立公园。混凝土重力坝，最大坝高117.5m，水库总库容1.23亿m3。工程目的用于防洪、居民供水和发电。电站最大装机容量2万kW。1974年开工，1990年完工。 |