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丰满水电站泄洪洞事故闸门改造的优化设计 被引量:1
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作者 王兴隆 尤晶晶 卢永胜 《东北电力技术》 2012年第8期39-42,共4页
丰满水电站泄洪洞增建发电支洞后,原闸门的功用发生较大变化,其上部的配重箱占位、充水阀操作方式等存在不足,已很不适应检修、维护、操作需要。通过对闸门实施改造优化设计,在不改变水工结构前提下较好地消除了技术缺陷,保证了闸门可... 丰满水电站泄洪洞增建发电支洞后,原闸门的功用发生较大变化,其上部的配重箱占位、充水阀操作方式等存在不足,已很不适应检修、维护、操作需要。通过对闸门实施改造优化设计,在不改变水工结构前提下较好地消除了技术缺陷,保证了闸门可靠运行和检修需要。 展开更多
关键词 丰满水电站 事故闸门改造 优化设计 洪泄洞
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张峰水库导流泄洪洞弧形闸门制作安装过程中的质量控制
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作者 赵成荣 《山西水利科技》 2006年第2期22-23,30,共3页
张峰水库导流泄洪洞弧形闸门是一扇大型潜孔式闸门,文中针对此闸门的制作工艺以及安装过程的质量控制方法等进行了详细地阐述。由于对其质量进行了严格控制,该闸门被评为优质产品。
关键词 导流洪泄洞 弧形闸门 潜孔式
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Research on the optimal design of spillway tunnel
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作者 ZHANG Yankui LIU Xiaolian 《International English Education Research》 2016年第4期86-88,共3页
In order to meet the needs of various tasks of water conservancy project, tunnel excavation under the ground, called hydraulic tunnel. Hydraulic tunnel according to the functions of flood discharge, water diversion, i... In order to meet the needs of various tasks of water conservancy project, tunnel excavation under the ground, called hydraulic tunnel. Hydraulic tunnel according to the functions of flood discharge, water diversion, irrigation, water supply, and the construction diversion tunnel of desilting emptying. Nowadays, water conservancy project on flood discharge runnel design requirements more and more high, so the factors taken into account the amount of spillway tunnel engineering, engineering cost, structure design and other factors to evaluate nature of the spillway tunnel is very important. Therefore, in actual construction, of spillway tunnel of optimization design, whether from the economic point of view, or from the point of view of safety and applicability are necessary. This article mainly from the overall layout of flood discharge tunnel, structure design and so on, and then discuss the optimization scheme. 展开更多
关键词 Spillway tunnel General layout design Shape optimiTation Energy dissipation
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The research and practice of major technological issues on design of Three Gorges Project
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作者 Zheng Shouren Niu Xinqiang 《Engineering Sciences》 EI 2011年第3期22-30,共9页
The dam of Three Gorges Project is characterized by large flood discharge capacity,more outlets,complicated flood discharge and energy dissipation structure,and the stability of the bank powerhouse dam foundation is e... The dam of Three Gorges Project is characterized by large flood discharge capacity,more outlets,complicated flood discharge and energy dissipation structure,and the stability of the bank powerhouse dam foundation is endangered by large gentle-dip structural plane of the bedrock due to the deep excavation of powerhouse at the dam-toe.For the dam body concrete,the durability requirement is high and the temperature control and crack prevention are difficult.The practical experience which could be used for reference in the design and construction of asphalt concrete core wall for Maopingxi protective earth-rock dam is scarce.The power station operates with high water head and large head variation.The type selection of penstock and intake as well as the embedding way of spiral case are complicated in technique,and the tailrace tunnel with sloping ceiling of underground power plant is arranged instead of traditional tailrace surge tank.For the double-line five-step ship-lock,the design of fully lined ship-lock,high head delivery system and large-sized miter gates and hoists is very challenging due to high operation head,complicated delivery conditions and building in deep excavated rock.The preferred solutions,optimal schemes and technical measures for various structures,as well as the innovation achievements proved by practice are highlighted. 展开更多
关键词 Three Gorges Project structure DESIGN key techniques PRACTICE
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