2026年9月18日，2026年第三届岩土力学与水工结构国际学术会议（GHS 2026）通过 Zoom 平台成功举办。来自清华大学、山东大学、中南大学、重庆大学、中国矿业大学、青海大学、华东交通大学、湖南科技大学等高校及中国电建集团、水利部长江勘测技术研究所等科研院所的专家学者云端相聚，围绕土-结构相互作用、岩土本构模型、基坑降水控制、隧道工程、水工结构抗震等前沿议题展开深入交流，共同探讨岩土力学与水工结构领域的新理论、新技术与新应用。
本次会议得到湖南科技大学、湖南省人才集团的大力支持，汇聚了岩土与水工领域的研究力量，为国内外学者搭建了高水平的学术交流平台。
On September 18, 2026, the 2026 3rd International Conference on Geotechnics and Hydraulic Structure (GHS 2026) was successfully held online via Zoom. Experts and scholars from universities and research institutes across China gathered in the cloud to exchange insights on soil-structure interaction, geotechnical constitutive models, foundation pit dewatering control, tunnel engineering, and seismic performance of hydraulic structures.
① | 开幕致辞 Opening Ceremony: A Gathering of Geotechnical Minds Online |
9月18日上午10:00，会议在 Zoom 平台正式开幕。组委会代表致开幕辞，向来自全国各地的参会嘉宾表示热烈欢迎，并特别感谢湖南科技大学、湖南省人才集团对本次会议的大力支持。致辞指出，本次会议汇聚了岩土力学与水工结构领域的前沿学者，期待以本次会议为纽带，深化国内外学术交流与合作，共同推动相关理论研究与工程实践的发展。
At 10:00 on September 18, the conference officially opened on Zoom. On behalf of the organizing committee, the host extended a warm welcome to all participants and expressed sincere gratitude to Hunan University of Science and Technology and Hunan Provincial Talent Group for their strong support.
② | 主旨报告 Keynote Speeches: Frontiers of Geotechnics and Hydraulic Structure |
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③ | 口头报告 Oral Presentations: 24 Reports from Universities and Institutes |
本次会议共设 24 场口头报告，报告人来自清华大学、山东大学、中南大学、重庆大学、中国矿业大学、青海大学、西安建筑科技大学、山东科技大学、长江大学、浙江工业大学、长安大学、浙大城市学院、中国电建集团西北勘测设计研究院、中国电建集团贵阳勘测设计研究院、水利部长江勘测技术研究所等高校与科研院所，议题覆盖桩基工程、固化土技术、水工结构抗震、隧道与地下工程、高寒区生态岩土、机器学习在岩土工程中的应用等多个方向，充分展现了岩土力学与水工结构领域的研究活力。
A total of 24 oral presentations were delivered by researchers from leading universities and institutes, covering pile foundations, solidified soils, seismic performance of hydraulic structures, tunnelling, eco-geotechnics in alpine regions, and machine learning applications in geotechnical engineering.
序号 No. | 报告人 Speaker | 单位 Affiliation | 报告题目 Title |
| 1 | 王新泉 教授 Prof. Xinquan Wang | 浙大城市学院 Hangzhou City University, China | 岩溶区桩基穿越溶洞群参数敏感性灰色关联分析 Grey Relational Analysis of Parameter Sensitivity for Pile Groups Crossing Karst Caves |
| 2 | 问鹏辉 讲师 Lecturer Penghui Wen | 长安大学 Chang’an University, China | 基于多源固废的流态固化淤泥质土制备与性能关联特征解析 Preparation and performance correlation characteristics interpretation of fluidized solidified mucky soil based on multi-source solid wastes |
| 3 | 贺晶晶 正高级工程师 Jingjing He | 中国电建集团西北勘测设计研究院有限公司 Northwest Engineering Corporation Limited, China | 筑坝砂砾料原级配超大型渗透试验仪研制与关键技术研究 Development and Key Technology Research of the Original-Grading Ultra-Large Permeability Test Apparatus for Dam-Construction Sand and Gravel Materials |
| 4 | 罗杰 高级工程师 Jie Luo | 水利部长江勘测技术研究所 Changjiang Institute of Survey Technical Research, MWR | 复杂地层水泥搅拌桩钻进受阻机理分析与施工工艺优化 Analysis on Drilling Obstruction Mechanism and Construction Technology Optimization of Cement Mixing Piles in Complex Strata |
| 5 | 邱焕峰 正高级工程师 Huanfeng Qiu | 中国电建集团贵阳勘测设计研究院有限公司 Powerchina Guiyang Engineering Corporation Limited, China | 不规则地基条件下溢洪道结构动力响应与抗震性能分析 Analysis of dynamic responses and seismic performance of a spillway structure under irregular foundation conditions |
| 6 | 李一凡 Yifan Li | 西安建筑科技大学 Xi’an University of Architecture and Technology, China | 开截面异形钢柱偏心支撑框架抗震性能研究 Seismic performance of open-section special-shaped steel column eccentrically braced frames |
| 7 | 王健 Jian Wang | 山东大学 Shandong University, China | 多源小样本条件下UHPC侵彻深度预测与关键影响机制的可解释机器学习 Explainable Machine Learning for Penetration Depth Prediction and Key Influencing Mechanisms of UHPC under Multi-Source Small-Sample Conditions |
| 8 | 赵晓龙 Xiaolong Zhao | 清华大学 Tsinghua University, China | 沉管隧道用开孔钢腹板SCS组合结构剪切机理与理论模型 Shear Mechanism and Theoretical Model of SCS Composite Structures with Perforated Steel Webs for Immersed-Tunnel Applications |
| 9 | 詹天佑 Tianyou Zhan | 山东科技大学 Shandong University of Science and Technology, China | 硬岩脉冲水力压裂裂缝扩展特征与工程应用 Fracture Propagation Characteristics and Engineering Application of Pulse Hydraulic Fracturing in Hard Rock |
| 10 | 丁王继 Wangji Ding | 长江大学 Yangtze University, China | 钻井液循环驱动地层换热过程中冷却速率对页岩井壁孔隙结构与力学性能的影响 Effect of Cooling Rate on Pore Structure and Mechanical Properties of Shale Wellbore during Formation Heat Exchange Driven by Drilling Fluid Circulation |
| 11 | 张叶 Ye Zhang | 中南大学 Central South University, China | 盾构隧道同步注浆扩散的DEM-FDM模拟 DEM–FDM Simulation of Synchronous Grout Diffusion in Shield Tunnels |
| 12 | 张海龙 Hailong Zhang | 青海大学 Qinghai University, China | 高海拔流域年输沙量多尺度驱动机制：以青藏高原东缘湟水流域为例 Multi-scale driving mechanisms of annual sediment load in a high-altitude basin: A case study of the Huangshui Basin, eastern Tibetan Plateau |
| 13 | 吴悦辰 Yuechen Wu | 青海大学 Qinghai University, China | 青藏高原高寒草甸草毡层根-土-裂隙相互作用协同退化与互馈 Synergistic Degradation and Reciprocal Feedback Among Root–Soil–Crack Interactions in the Mattic Epipedon of Tibetan Alpine Meadows |
| 14 | 马丽辉 Lihui Ma | 青海大学 Qinghai University, China | 基于YOLO-AMSC与骨架几何约束的高寒草甸草毡层裂隙分割与定量表征 Segmentation and Quantitative Characterization of Cracks in the Mattic Epipedon of Alpine Meadows Using YOLO-AMSC and Skeleton-Based Geometric Constraints |
| 15 | 张一民 Yimin Zhang | 重庆大学 Chongqing University, China | 模拟岩土材料渗透破坏的有限物质点法 Finite Material Point Method for Simulating Seepage Failure in Geomaterials |
| 16 | 李玉豪 Yuhao Li | 重庆大学 Chongqing University, China | 水泥稳定软土中生物酶的吸附与生化反应 Bio-enzyme adsorption and biochemical reactions in cement-stabilized soft soil |
| 17 | 罗张蕾 Zhanglei Luo | 浙江工业大学 Zhejiang University of Technology, China | 生物酶增强水泥稳定软黏土：力学性能与固化机理 Bioenzyme-Enhanced Cement Stabilization of Soft Clay: Mechanical Performance and Stabilization Mechanism |
| 18 | 田野 Ye Tian | 重庆大学 Chongqing University, China | 考虑安装效应的黏土中桩靴复合承载力 Combined bearing capacity of spudcan considering installation effect in clay |
| 19 | 冯聪睿 Congrui Feng | 重庆大学 Chongqing University, China | 保水剂对风积沙MICP固化的影响 Effect of water-retaining agent on MICP solidification of aeolian sand |
| 20 | 韩啸 Xiao Han | 重庆大学 Chongqing University, China | 考虑冻融循环效应的非饱和土统一土水特征曲线模型 A unified soil–water retention curve model for unsaturated soils considering freeze–thaw cycle effects |
| 21 | 曾班全 Banquan Zeng | 中国矿业大学 China University of Mining and Technology, China | 应力加载下砂岩水岩相互作用对破坏行为与本构关系的影响 Effects of water-rock interaction on failure behavior and constitutive relationship of sandstone under stress loading |
| 22 | 秦正寒 Zhenghan Qin | 中国矿业大学 China University of Mining and Technology, China | 基于改进U-Net的煤矸图像识别模型与放顶煤控制研究 Research on Coal Gangue Image Recognition Model based on Improved U-Net and Top Coal Caving Control |
| 23 | 张子昂 Ziang Zhang | 中国矿业大学 China University of Mining and Technology, China | 煤泥-矿渣粉-粉煤灰基地质聚合物路面材料协同制备与应用研究 Combined preparation and application of geopolymer pavement materials from coal slurry-slag powder-fly ash mining solid waste: A case study |
| 24 | 陈笑予 Xiaoyu Chen | 中国矿业大学 China University of Mining and Technology, China | 深部含水煤样力学损伤特征与工程应用 Mechanical Damage Characteristics and Engineering Application of Deep Water-Bearing Coal Samples from Mine |
圆满落幕Successfully Concluded
在基础设施建设向深部、复杂环境不断拓展的背景下，岩土力学与水工结构领域的理论创新与技术突破正迎来新的机遇。本次线上会议的成功举办，为来自全国各地的学者和工程技术人员搭建了高效便捷的学术交流平台，促进了土-结构相互作用、岩土本构理论、基坑与隧道工程、水工结构安全等前沿议题的深度对话。
感谢湖南科技大学、湖南省人才集团的大力支持，感谢所有主旨报告嘉宾与口头报告人的精彩分享，也感谢每一位参会者的积极参与。期待未来与各位再次相聚，共同推动岩土力学与水工结构领域的创新发展。
Against the backdrop of infrastructure extending into deeper and more complex environments, the conference provided an efficient platform for scholars and engineers to engage in in-depth dialogue on soil-structure interaction, constitutive theory, foundation pit and tunnel engineering, and hydraulic structure safety. We look forward to reuniting with all participants at future events.
云端相聚，探土问水，学术盛宴，圆满收官。
期待来年再会！
Gathered in the cloud, exploring geotechnics and hydraulic structures together. We look forward to meeting again!
2026年9月18日 · September 18, 2026
© Organizing Committee of GHS 2026. All Rights Reserved.