1) intake construction
进水建筑物
3) hydraulic building
水工建筑物
1.
Application of anticorrosive technology of concrete for hydraulic building along sea;
沿海水工建筑物混凝土防腐技术的应用
2.
The hydraulic building played an important role in social economy, but also a variety of adverse effects have occurred.
针对水利项目的复杂性及负面环境影响,分析、归纳水工建筑物建后对生态环境影响的因素,建立了模糊综合评价模型。
3.
This paper analyzes the process and the reasons of erosion damage caused by lo- cal scour below a hydraulic building and also put forward some measures to prevent this kind of damage.
分析了产生水工建筑物下游局部冲刷破坏的过程及原因,提出了防止冲刷破坏的措施。
4) water conveyance structure
输水建筑物
1.
Fuzzy comprehensive evaluation on safe operation of water conveyance structures;
输水建筑物安全运行的模糊综合评价
2.
An introduction is fist made on the actual operation and management state of water conveyance structure and spillways, and some safety examination measurements are advanced to discover the hiding risks, upon which measures are expected to be taken to insure the sage operation of the reservoir and guarantee the optimization of its full and comprehensive benefits.
阐述了水库输水建筑物与溢洪道的运行、管理现状,并提出了相应的安全检测,以发现病害所在,针对这些病险,采取加固措施,确保水库的安全运行,发挥其综合效益,在此基础上列举了一个工程实例。
5) Hydraulic structure
水工建筑物
1.
Study on the deterioration of durability of an downstream off-shore hydraulic structure of the Han River and the countermeasure;
韩江下游近海水工建筑物耐久性劣化及其对策研究
2.
Assessment of effect of ground improvement for hydraulic structure using combined vacuum and surcharge preloading;
真空联合堆载预压法加固水工建筑物软基效果检验
3.
Application of robust regression in the hydraulic structure safety monitoring modeling;
鲁棒回归在水工建筑物安全监控模型建立中的应用
6) discharge structure
泄水建筑物
1.
Some discussion on discharge capacity of discharge structure;
浅析泄水建筑物的泄流能力
2.
Rehabilitation design on discharge structure of Lucun reservoir;
卢村水库泄水建筑物除险加固设计
3.
Destruction of discharge structure caused by high-velocity flow has direct influence on the safety running of engineering and economic benefit,which is the key problem in design and construction.
高速水流对泄水建筑物冲磨破坏极大,直接影响工程运行安全和效益的发挥,是设计和施工中不容忽视的关键点。
补充资料：进水建筑物
从江河、湖泊、水库或人工水道将水引入渠道、隧洞、管道的建筑物。又称取水建筑物。进水建筑物包括进水口(开敞式进水口和深式进水口)、进水闸、扬水站以及为截取河床潜流的引水工程的进水部分。开敞式进水口位于灌溉渠道或引水式水电站等的进口。深式进水口位于水工隧洞、坝下埋管或坝身泄水孔的首部，是灌溉、水力发电、城镇供水等工程中的重要组成部分。进水建筑物需要满足以下各项要求：①具有足够的过流能力，即在设计条件下能保证引用所需的流量；②结构布置和体形设计得当，进流平顺，水头损失小，避免出现不利的负压和空蚀破坏；③在多泥沙河流上，要结合实际，采用适宜的防沙措施，保证进口前免受淤积，防止推移质泥沙进入渠道；④设置闸门等控制设备，用以调节流量，或在紧急事故时关闭进口，便于维修；⑤具有足够的强度和稳定性，结构简单合理，施工方便，有利于运行和管理，造价低廉，外形美观等。
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