颜合想

职     务:副教授
博士/硕士导师: 博士生导师
办公室电话:021-65985869
电子邮箱:hxyan@tongji.edu.cn
所在系所(部门):环境科学与工程学院市政工程系


主要研究方向:水资源与给水排水系统设计与运行最优化

主讲课程:工程设计CAD、城市智慧水系统、给水排水管网系统


校内外学术及行政兼职:《 Water Research》、《Journal of Hydrology》、《Water Resources Management》、《Water resource research》同行评阅人;住建部高等学校给排水科学与工程学科专业指导委员会市政工程学科青年学者委员会委员。


教育经历

2009/09-2013/05,INSA de Lyon,DEEP实验室,市政工程,工学博士

2006/09-2009/03,同济大学,环境科学与工程学院,市政工程系,工学硕士

2002/09-2006/07,重庆大学,城市建设与环境工程学院,给水排水工程专业,工学学士


工作经历

2015年9月至今 同济大学 环境科学与工程学院 市政工程系

2016年11至2017年12 住房城乡建设部建筑节能与科技司(借调)

2014年10至2015年8月 香港理工大学,土木及环境系,博士后

2013年6月至2014年4月 法国里昂国立应用科学学院,博士后


主持及参与科研项目

  1. 科技部,国家重大专项-水体污染控制与治理专项,2017ZX07201003-02,溴酸盐去除多级屏障处理及供水管网水质安全保障技术研究,2017-01-01至2020-06-30;

  2. 科技部,国家重点研发计划子课题,2023YFC3208101-02,高龄服役管线水力输配效能的演化机制,2023-12-01至2027-05-31;

  3. 国家自然科学基金,青年科学基金项目_国家自然科学基金,51808396,基于靶向寻的移动监测的供水管网模型动态校核,2019-01-01至2021-12-31;

  4. 上海市科委,基础性研究自然基金计划项目,17ZR1431700,雨水调蓄池颗粒污染物动态迁移形态与截留机制研究,2017-05-01至2020-04-30;

  5. 中央其他部委,住房与城乡建设部(其他),暴雨条件下城市排水管道系统气水混合瞬变流压力冲击的影响因素识别及应用研究,2018-05-01至2020-05-31;

  6. 中央高校基本科研业务费,预研类项目,复杂水力条件下雨水调蓄池颗粒污染物动态迁移机制研究,2017-07-01至2018-06-30;

  7. (10)中央高校基本科研业务费,青年优秀人才培养行动计划,2015KJ021,基于非恒定流多相流动态模拟雨水调蓄池去污影响因子识别研究,2016-01-01至2018-12-31;

  8. 城市基础设施的可持续发展--水资源的有效城市化,香港理工大学亚洲大学联盟邀请研究基金项目,2016-2017;

  9. 横向课题,供水管网分级分区优化调度模型研究,2023-01-01至2024-12-31;

  10. 横向课题,排河口污染物浓度随降雨时空变化的规律分析,2021-07-15至2022-12-31;

  11. 横向课题,供水管网分区优化算法测试程序开发,2024-09-02至2025-10-30;


部分研究成果

代表论文

  1. Wang, Siyi; Wang, Jiaying; Xin, Kunlun; Yan, Hexiang; et al. Enhancing real-time urban drainage network modeling through Crossformer algorithm and online continual learning,Water Research,2025.

  2. Yan, Hexiang; Li, Shixun; Tian, Wenchong; Wang, Jiaying;et al. A Hybrid Model Coupling Data and Hydraulic Transient Laws for Water Distribution Systems,Water Resources Research,2025,61(2).

  3. Song, Wenke; Yan, Hexiang; Tao, Tao; Guan, Mingfu; Li, Fei; Xin, Kunlun; Modeling Transient Mixed Flows in Drainage Networks With Smoothed Particle Hydrodynamics,Water Resources Management,2024.

  4. Yang, Yixin; Yan, Hexiang; Li, Shixun; Song, Wenke; et al. Development of Pipeline Transient Mixed Flow Model with Smoothed Particle Hydrodynamics Based on Preissmann Slot Method,Water (Switzerland),2024,16(8).

  5. Wang, Siyi; Wang, Jiaying; Xin, Kunlun; Yan, Hexiang; et al. Urban flood modeling with a novel coupling method of surface and sewer hydrodynamic processes.,Water science and technology : a journal of the International Association on Water Pollution Research,2024,89(11):3021-3034.

  6. Li, Shixun; Tian, Wenchong; Yan, Hexiang; Zeng, Wei; Tao, Tao; Xin, Kunlun; Modeling transient mixed flows in sewer systems with data fusion via physics-informed machine learning,Water research X,2024,25:100266.

  7. Hu, Jiamin; del Pozo, David Fernandes; Nopens, Ingmar; Wang, Jiaying; Yan, Hexiang; Xin, Kunlun; Tao, Tao; Ice slurry pigging technology in drinking water distribution system: From flow mechanisms to pipelines cleaning application,Process Safety and Environmental Protection,2024,191:75-84.

  8. Li, Zhirong; Han, Deke; Pu, Zhengheng; Wang, Jiaying; Yan, Hexiang; Tao, Tao; Xin, Kunlun; A stepwise fast leakage localization method applying the strategy of dynamic area narrowing down for large-scale water distribution network,Aqua Water Infrastructure, Ecosystems and Society,2024,73(7):1548-1564.

  9. Pu, Zhengheng; Han, Deke; Yan, Hexiang; Tao, Tao; Xin, Kunlun; Enhancing accuracy and interpretability of multi-steps water demand prediction through prior knowledge integration in neural network architecture,Water research X,2024,24.

  10. Guo, Shuyi; Xin, Kunlun; Tao, Tao; Yan, Hexiang; A deep-level decomposed model to accelerate hydraulic simulations in large water distribution networks,Water research,2024,266:122318.

  11. Xiao, Yunlong; Meng, Jinheng; Yan, Hexiang; Wang, Jiaying; Xin, Kunlun; Tao, Tao; Novel drainage pipeline breakages detection based on MEMS inertial sensor: From mechanism to application,Journal of Cleaner Production,2024,473.

  12. Song, Wenke; Yan, Hexiang; Li, Fei; Tao, Tao; et al. Development of Smoothed Particle Hydrodynamics based water hammer model for water distribution systems,Engineering Applications Of Computational Fluid Mechanics,2023,17(1).

  13. Wang, Siyi; Zhang, Xiangwei; Wang, Jiaying; Tao, Tao; Xin, Kunlun; Yan, Hexiang; Li, Shuping; Optimal sensor placement for the routine monitoring of urban drainage systems: A re-clustering method,Journal of environmental management,2023,335:117579.

  14. Li, Fei; Yan, Jieru; Xiong, Xiaolan; Yan, Hexiang; Tao, Tao; Wang, Linsen; GIS-based fuzzy comprehensive evaluation of urban flooding risk with socioeconomic index system development,Environmental science and pollution research international,2023,30(18):53635-53647.

  15. Zhu, Wen; Tao, Tao; Yan, Hexiang; Yan, Jieru; Wang, Jiaying; Li, Shuping; Xin, Kunlun; An optimized long short-term memory (LSTM)-based approach applied to early warning and forecasting of ponding in the urban drainage system,Hydrology and Earth System Sciences,2023,27(10):2035-2050.

  16. Li, Fei; Yan, Jieru; Yan, Hexiang; et al. 2D Modelling and energy analysis of entrapped air-pocket propagation and spring-like geysering in the drainage pipeline system,Engineering Applications Of Computational Fluid Mechanics,2023,17(1).

  17. Yunlong Xiao; Jinheng Meng; Hexiang Yan; Jiaying Wang; Kunlun Xin; Tao Tao; Research on the Application of MEMS Gyroscope in Inspecting the Breakage of Urban Sewerage Pipelines,Water (Switzerland),2023,15(13).

  18. Chen, Lei; Yan, Hexiang; Yan, Jieru; Wang, Jiaying; Tao, Tao; Xin, Kunlun; Li, Shuping; Pu, Zhengheng; Qiu, Jian; Short-term water demand forecast based on automatic feature extraction by one-dimensional convolution,Journal of Hydrology,2022,606.

  19. Liu, Jia; Yan, Hexiang; Xin, Kunlun; Li, Shuping; Schmidt, Arthur R.; Tao, Tao; Development and Application of Regression Models for Predicting the Water Quality Performance of Permeable Pavement,Water, Air, and Soil Pollution,2022,233(5).

  20. Chen, Xinran; Zhou, Xiao; Xin, Kunlun; Liao, Ziyuan; Yan, Hexiang; Wang, Jiaying; Tao, Tao; Sensitivity-Oriented Clustering Method for Parameter Grouping in Water Network Model Calibration,Water Resources Research,2022,58(5).

  21. Lei, Han; Guan, Xiaohong; Sun, Yuankui; Yan, Hexiang; A novel design of in-line static mixer for permanganate/bisulfite process: Numerical simulations and pilot-scale testing,Water Environment Research,2022,94(5).

  22. Li, Zhirong; Wang, Jiaying; Yan, Hexiang; et al. Fast Detection and Localization of Multiple Leaks in Water Distribution Network Jointly Driven by Simulation and Machine Learning,Journal of Water Resources Planning and Management,2022,148(9).

  23. Zhou, Xiao; Guo, Shuyi; Xin, Kunlun; Xu, Weirong; Tao, Tao; Yan, Hexiang; Maintaining the long-term accuracy of water distribution models with data assimilation methods: A comparative study,Water Research,2022,226.

  24. Liao, Ziyuan; Yan, Hexiang; Tang, Zhenheng; Chu, Xiaowen; Tao, Tao; Deep learning identifies leak in water pipeline system using transient frequency response,Process Safety and Environmental Protection,2021,155:355-365.

  25. Fei, Xiao ming; Yan, He xiang; Tao, Tao;et al. Integrated rainfall-runoff process with shallow water model by mass varied smoothed particle hydrodynamics: Infiltration effect implementation,Journal of Hydrodynamics,2021,33(6):1190-1201.

  26. Wang, Jiaying; Yan, Hexiang; Xin, Kunlun; Tao, Tao; Risk assessment methodology for iron stability under water quality factors based on fuzzy comprehensive evaluation,Environmental Sciences Europe,2020,32(1).

  27. Yan, Hexiang; Vosswinkel, Nina; Ebbert, Simon; Kouyi, Gislain Lipeme; Mohn, Rainer; Uhl, Mathias; Bertrand-Krajewski, Jean-Luc; Numerical investigation of particles’ transport, deposition and resuspension under unsteady conditions in constructed stormwater ponds,Environmental Sciences Europe,2020,32(1).

  28. Xu, Weirong; Zhou, Xiao; Xin, Kunlun; Boxall, Joby; Yan, Hexiang; Tao, Tao; Disturbance Extraction for Burst Detection in Water Distribution Networks Using Pressure Measurements,Water Resources Research,2020,56(5).

  29. Wang, Jiaying; Yan, Hexiang; Xin, Kunlun; Tao, Tao; Iron stability on the inner wall of prepared polyethylene drinking pipe: Effects of multi-water quality factors.,The Science of the total environment,2019,658:1006-1012.

  30. Zhou, Xiao; Xu, Weirong; Xin, Kunlun; Yan, Hexiang; Tao, Tao; Self-Adaptive Calibration of Real-Time Demand and Roughness of Water Distribution Systems,Water Resources Research,2018,54(8):5536-5550.

  31. Liu, Jia; Yan, Hexiang; Liao, Ziyuan; Zhang, Kui; Schmidt, Arthur R.; Tao, Tao; Laboratory analysis on the surface runoff pollution reduction performance of permeable pavements,Science of the Total Environment,2019,691:1-8.

  32. Yan, Hexiang; Wang, Qiongyu; Wang, Jiaying; Xin, Kunlun; Tao, Tao; Li, Shuping; A simple but robust convergence trajectory controlled method for pressure driven analysis in water distribution system,Science Of The Total Environment,2019,659:983-994.

  33. Sun, Lian; Yan, Hexiang; Xin, Kunlun; Tao, Tao; Contamination source identification in water distribution networks using convolutional neural network,Environmental Science And Pollution Research,2019,26(36):36786-36797.

  34. Zhang, Kui; Yan, Hexiang; Zeng, Han; Xin, Kunlun; Tao, Tao; A practical multi-objective optimization sectorization method for water distribution network,The Science of the total environment,2019,656:1401-1412.

  35. 王禾; 颜合想; 信昆仑; 张诗佳; 陶涛; 基于移动压力监测的供水管网水力模型校核,中国给水排水,2024,40(5):50-56.

  36. 廖懿; 颜合想; 张诗佳; 信昆仑; 陶涛; 监测信息深度挖掘的供水管网污染源定位,哈尔滨工业大学学报,2024,56(6):25-33   (期刊论文)

  37. 陈唯; 肖涛; 李德师; 颜合想; 信昆仑; 陶涛; 基于检查井液位监测的雨污混接诊断方法,给水排水,2021,47(10):140-144.

  38. 郭维; 颜合想; 潘瑞军; 廖子元; 信昆仑; 多水源管网供水压力调整对供水交界面水龄的影响,中国给水排水,2020,36(1):47-51.

  39. 孙炼; 信昆仑; 颜合想; 陶涛; 基于BP神经网络与用户投诉信息的供水管网污染源定位,给水排水,2019,45(8):136-141.

  40. 任俊雯; 梁小光; 陶涛; 信昆仑; 颜合想; 基于运动波方程的地面集水时间计算及参数研究,中国给水排水,2019,35(1):118-122.

  41. 陶涛; 肖涛; 王林森; 颜合想; 海绵城市低影响开发设施多目标优化设计,同济大学学报,2019,47(1):92-96.

  42. 赵康乾; 颜合想; 王荫茵; 陶涛; 降雨雨型和强度对SWMM模型参数局部灵敏度的影响分析,净水技术,2018,37(03):95-101.

  43. 陶涛; 颜合想; 信昆仑; 李树平; 城市雨水管理模型中关键问题探讨(三)低影响开发模拟,给水排水,2018,44(3):131-135.

  44. 王琼钰; 骆杉杉; 颜合想; 信昆仑; 朱建文; 代荣; 供水管网水力计算引擎EPANET 3特性及应用,给水排水,2018,44(10):131-135.

  45. 陶涛; 颜合想; 李树平; 信昆仑; 城市雨水管理模型关键问题探讨(一)---汇流模型,给水排水,2017,43(3):36-40.

  46. 瞿玲芳; 蒋福春; 信昆仑; 陶涛; 颜合想; 城乡统筹供水管网加氯优化及水质均匀度评价,给水排水,2017,43(7):124-128.

  47. 陶涛; 颜合想; 李树平; 信昆仑; 城市雨水管理模型中关键问题探讨(二)下渗模型,给水排水,2017,43(9):115-119.


获奖

  1. 上海市土木工程学会科技进步奖一等奖,上海市土木工程学会,2022.

  2. 上海市科技进步奖二等奖,上海市科委,2025.


发明专利与软件著作

  1. 供水管网爆管风险评估软件,登记号:2015SR274903,2015;

  2. 农村集约化供水管网水质模拟软件,登记号:2015SR274897,2015;

  3. 同济暴雨管理模型软件,登记号:2018SR324153,2018;

  4. 供水管网多级协同加氯优化软件,登记号:2020SR0350293,2020;

  5. 基于移动监测的供水管网模型校核软件,登记号:2021SR1539387,2021;

  6. 基于排水管道CCTV视像的管道缺陷智能识别软件,登记号:2022SR1562496,2022;

  7. 城市自来水厂虚拟仿真技能教学软件,登记号:2023SR0198576,2023;

  8. 供水管网水质污染源溯源软件,登记号:2023SR1445565,2023;

  9. 供水管网输配分离管网分区优化软件,登记号:2024SR1315004,2024;

  10. 颜合想; 廖懿; 陈思凡; 陶涛; 王嘉莹; 信昆仑; 李树平; 一种基于图论的供水管网污染溯源定位方法及装置,202510001382.8;

  11. 李飞; 颜合想; 陶涛; 信昆仑; 李树平; 一种管道内气水两相流界面和压力变化模拟的实验系统,202311870726.6;

  12. 颜合想; 师其然; 王冲; 谈政彤; 一种管道缺陷检测与跟踪方法以及装置,202310506434.8;

  13. 颜合想; 王禾; 信昆仑; 陶涛; 李树平; 王嘉莹; 一种面向供水管网水力模型水量校核的压力监测点移动布置方法,202111610339.X;

  14. 信昆仑; 孙炼; 颜合想; 陶涛; 李树平; 王嘉莹; 一种基于用户投诉信息的供水管网污染源追踪定位方法,201910002247.X


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