Water Resources and Power

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[8] 周永斐，梅亚东，谢凡仪，等.基于主从博弈的风光蓄网短期优化调度[J].水力发电学报，2021,40(12):52-64.(ZHOU Y F,MEI Y D,XIE F Y,et al.Short-term optimal scheduling of wind-photovoltaic-pumped storage grid based on Stackelberg game[J].Journal of hydroelectric engineering,2021,40(12):52-64.(in Chinese))

[9] 闻昕，孙圆亮，谭乔凤，等.考虑预测不确定性的风–光–水多能互补系统调度风险和效益分析[J].工程科学与技术，2020,52(3):32-41.(WEN X,SUN Y L,TAN Q F,et al.Risk and benefit analysis of hydro-wind-solar multi-energy system considering the one-day ahead output forecast uncertainty[J].Advanced engineering sciences,2020,52(3):32-41.(in Chinese))

[10] 周建平，李世东，高洁.新型电力系统中“水储能”定位与发展前景[J].能源，2022(4):60-65.(ZHOU J P,LI S D,GAO J.Orientation and development prospect of “water energy storage” in new power system[J].Energy,2022(4):60-65.(in Chinese))

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[12] 彭程，彭才德，高洁，等.新时代水电发展展望[J].水力发电，2021,47(8):1-3,98.(PENG C,PENG C D,GAO J,et al.Prospects for hydropower development in a new development stage in China[J].Water power,2021,47(8):1-3,98.(in Chinese))

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[17] 钟登华，王飞，吴斌平，等.从数字大坝到智慧大坝[J].水力发电学报，2015,34(10):1-13.(ZHONG D H,WANG F,WU B P,et al.From digital dam toward smart dam[J].Journal of hydroelectric engineering,2015,34(10):1-13.(in Chinese))

[18] 樊启祥，强茂山，金和平，等.大型工程建设项目智能化管理[J].水力发电学报，2017,36(2):112-120.(FAN Q X,QIANG M S,JIN H P,et al.Intelligent management of large-scale construction projects[J].Journal of hydroelectric engineering,2017,36(2):112-120.(in Chinese))

[20] 马洪琪，卢吉，陈豪.澜沧江流域水电站大坝智慧管理实践与展望[J].中国水利，2018(20):7-11,19.(MA H Q,LU J,CHEN H.Practice and prospect of intelligent management for hydropower dams in Lancang River Basin[J].China water resources,2018(20):7-11,19.(in Chinese))

[21] 杨顺群，郭莉莉，刘增强.水利水电工程数字化建设发展综述[J].水力发电学报，2018,37(8):75-84.(YANG S Q,GUO L L,LIU Z Q.Overview on digital construction in water conservancy and hydropower engineering[J].Journal of hydroelectric engineering,2018,37(8):75-84.(in Chinese))

[22] 钟登华，时梦楠，崔博，等.大坝智能建设研究进展[J].水利学报，2019,50(1):38-52,61.(ZHONG D H,SHI M N,CUI B,et al.Research progress of the intelligent construction of dams[J].Journal of hydraulic engineering,2019,50(1):38-52,61.(in Chinese))

[23] 樊启祥，陆佑楣，周绍武，等.金沙江水电工程智能建造技术体系研究与实践[J].水利学报，2019,50(3):294-304.(FAN Q X,LU Y M,ZHOU S W,et al.Research and practice on intelligent construction technology system of Jinsha River hydropower projects[J].Journal of hydraulic engineering,2019,50(3):294-304.(in Chinese))

[24] 陈祖煜，赵宇飞，邹斌，等.大坝填筑碾压施工无人驾驶技术的研究与应用[J].水利水电技术，2019,50(8):1-7.(CHEN Z Y,ZHAO Y F,ZOU B,et al.Study and application of unmanned driving technology or filling and rolling construction of earth-rockfill dam[J].Water resources and hydropower engineering,2019,50(8):1-7.(in Chinese))

[25] 张社荣，姜佩奇，吴正桥.水电工程设计施工一体化精益建造技术研究进展——数字孪生应用模式探索[J].水力发电学报，2021,40(1):1-12.(ZHANG S R,JIANG P Q,WU Z Q.Advances in research of lean construction technology of integrated design and construction for hydropower projects:Exploration of digital twin application mode[J].Journal of hydroelectric engineering,2021,40(1):1-12.(in Chinese))

[26] 于琦，张社荣，王超，等.基于WebGL的水电工程BIM正向协同设计应用研究[J].水电能源科学，2021,39(8):174-177.(YU Q,ZHANG S R,WANG C,et al.Application research on WebGL-based hydropower engineering BIM forward collaborative design[J].Water resources and power,2021,39(8):174-177.(in Chinese))

[27] 尤林奇，王楠，陶玉波，等.基于BIM+GIS的水利水电工程多源数据融合方法及应用[J].水电能源科学，2021,39(8):169-173.(YOU L Q,WANG N,TAO Y B,et al.Multisource data fusion in hydropower engineering and its applications based on BIM+GIS[J].Water resources and power,2021,39(8):169-173.(in Chinese))

[28] 崔鹏，贾洋，苏凤环，等.青藏高原自然灾害发育现状与未来关注的科学问题[J].中国科学院院刊，2017,32(9):985-992.(CUI P,JIA Y,SU F H,et al.Natural hazards in Tibetan Plateau and key issue for feature research[J].Bulletin of Chinese Academy of Sciences,2017,32(9):985-992.(in Chinese))

[29] 樊启祥，林鹏，魏鹏程，等.高海拔地区水电工程智能建造挑战与对策[J].水利学报，2021,52(12):1404-1417.(FAN Q X,LIN P,WEI P C,et al.Intelligent construction of hydraulic engineering in high altitude areas:Challenges and strategies[J].Journal of hydraulic engineering,2021,52(12):1404-1417.(in Chinese))

[30] 李鸿鹄.高海拔水电项目施工管理难点与应对措施研究[J].工程建设标准化，2025(6).(LI HONGHU.Study on difficulties and countermeasures in construction management of high-altitude hydropower projects[J].Engineering construction standardization,2025(6).(in Chinese))

[32] 毛志兵，于震平.关于推进我国绿色建造发展若干问题的思考[J].施工技术，2014,43(1):14-16.(MAO Z B,YU Z P.Thinking on promoting development of green construction in China[J].Construction technology,2014,43(1):14-16.(in Chinese))

[33] 吴文伶，卢海陆，侯保灯，等.铁路、水利与建筑工程领域颠覆性技术研究[J].中国工程科学，2018,20(6):42-49.(WU W L,LU H L,HOU B D,et al.Research on disruptive technologies in railway,hydraulic,and architectural engineering[J].Strategic study of CAE,2018,20(6):42-49.(in Chinese))

[34] 李丛笑，张爱民，薛艳青，等.“双碳”战略下绿色建造发展路径研究[J].施工技术(中英文),2022,51(1):4-7,31.(LI C X,ZHANG A M,XUE Y Q,et al.Research on green construction development path under the “dual carbon” strategy[J].Construction technology,2022,51(1):4-7,31.(in Chinese))

[35] 胡耀谱，刘玲.基于绿色理念的水利水电施工技术和管理措施[J].灌溉排水学报，2023,42(4):146.(HU Y P,LIU L.Water conservancy and hydropower projects based on the green concept[J].Journal of irrigation and drainage,2023,42(4):146.(in Chinese))

[36] 郭文博，郑小丰，揭仕钦，等.基于BIM技术的建造智能化与绿色化研究[J].建筑结构，2023,53(增刊1):2367-2370.(GUO W B,ZHENG X F,JIE S Q,et al.Study on intelligence and greenization ofconstruction based on BIM technology[J].Building structure,2023,53(S1):2367-2370.(in Chinese))

[37] 孙留存，肖绪文，朱彤，等.中国绿色建造：发展理念、主导方向与技术创新[J].中国工程科学，2024,26(6):190-201.(SUN L C,XIAO X W,ZHU T,et al.Green construction in China:Development concept,leading directions,and technological innovation[J].Strategic study of CAE,2024,26(6):190-201.(in Chinese))

[38] 李志，曾伟，朱小敏，等.TB水电工程一体化绿色智能建造系统建设与应用[J].水利水电科技进展，2024,44(增刊1):19-23,73.(LI ZHI,ZENG WEI,ZHU XIAOMIN,et al.Construction and application of integrated green and intelligent construction system for TB hydropower project[J].Advances in science and technology of water resources,2024,44(S1):19-23,73.(in Chinese))