水电与新能源
水電與新能源
수전여신능원
Hydropower And Nwe Energy
2015年
11期
6-12
,共7页
龙背湾水电站%月牙肋钢岔管%优化设计
龍揹灣水電站%月牙肋鋼岔管%優化設計
룡배만수전참%월아륵강차관%우화설계
Longbeiwan Hydropower Station%crescent ribbed steel branch pipe%optimization design
针对龙背湾水电站的设计条件，综合分析选择受力条件好、水流平顺、水头损失小的月牙肋钢岔管方案，对龙背湾水电站对称Y形月牙肋钢岔管的布置、体形优化设计、有限元计算成果等进行了详细的论述，对水电站同类月牙肋钢管设计有一定的参考价值。
針對龍揹灣水電站的設計條件，綜閤分析選擇受力條件好、水流平順、水頭損失小的月牙肋鋼岔管方案，對龍揹灣水電站對稱Y形月牙肋鋼岔管的佈置、體形優化設計、有限元計算成果等進行瞭詳細的論述，對水電站同類月牙肋鋼管設計有一定的參攷價值。
침대룡배만수전참적설계조건，종합분석선택수력조건호、수류평순、수두손실소적월아륵강차관방안，대룡배만수전참대칭Y형월아륵강차관적포치、체형우화설계、유한원계산성과등진행료상세적논술，대수전참동류월아륵강관설계유일정적삼고개치。
Considering the specific design conditions , the crescent ribbed steel branch pipe is adopted in Longbeiwan Hydropower Station due to its advantages such as the good stress condition , smooth water flow and small water head loss . The layout , profile optimization and finite element analysis results of the symmetric Y-shaped crescent ribbed steel branch pipe are presented , which should be of great use to the design of similar branch pipe in other projects .
