深圳大学主页平台管理系统 wangshuying--Home--Scientific Research

王树英

Personal information

Highest Degree：Doctoral degree
Professional Title：Professor
Academic Honor:
2020 National Outstanding Youth Science Fund Winners

Scientific Research

Home - Scientific Research

Vertical Project

[1] (202303AA080004),高黎贡山隧道高压富水花岗岩蚀变带建造及效能提升技术研究,In research.
[2] 国家自然科学基金,(52022112),2021.1-2023.12，低塑性土与盾构隧道,Completed.
[3] 国家自然科学基金,(51778637),电化学-热学-力学耦合作用下盾构粘性渣土改良机理与饼化控制方法,Completed.
[4] 国家重点研发计划,(2017YFB1201204),复杂环境下轨道交通土建基础设施防灾及能力保持技术,Completed.
[5] (2015CXS015),基于渣土三相介质耦合特性的盾构掘进力学机理及安全控制研究,Completed.
[6] (63221),2016.09-2019.12，盾构隧道渣土力学特性及安全掘进控制理论研究,Completed.
[7] (2015-K3-027),长沙地区起伏变化基岩富水地层盾构隧道施工关键技术研究,Completed.
[8] (2015T80887),纵向穿越区域性可液化场地震期与震后盾构隧道力学行为,Completed.
[9] (2014M550424),2014-2015，可液化地层盾构隧道地震动力行为研究,Completed.
[10] 国家自然科学基金,(51208516),循环动载对低塑性粉土剪切行为的影响,Completed.

Horizontal Project

[1] 长距离临近既有地铁线富水风化闪长岩地层盾构叠落隧道施工关键技术及工程应用,In research.
[2] 机场飞行区明挖隧道泥质粉砂岩渣土回填控制技术及应用,In research.
[3] 粉质黏土-泥岩互层临近建（构）筑物盾构叠落隧道施工关键技术及工程应用,In research.
[4] 高寒地区长距离小净距叠落隧道盾构掘进关键技术研究,In research.
[5] 大瑞铁路高黎贡山隧道竖井工区施工组织方案深化研究,In research.
[6] 长江漫滩盾构隧道近距离下穿既有地铁线智能化控制技术及应用示范,In research.
[7] 新型TBM前置式支护装备及花岗岩地层隧洞施工技术研究,
[8] 广州地铁下穿珠江泥水/土压双模盾构高效掘进和安全施工保障技术研究,
[9] 硬塑性黏土地层复杂施工环境下盾构掘进关键技术研究,
[10] 山地城市轨道交通大纵坡水平连续皮带机渣土运输关键技术研究,

Journal Paper

[1] 王树英.朱汉标.刘朋飞.黏土块崩解特征及影响机机理,中南大学学报（自然科学版）,.
[2] Pengfei Liu.Shuying Wang*.On the critical surface area ratio of fine to coarse particles during shield tunneling with clogging potential,International Journal of Geomechanics,.
[3] Fanlin Ling.Shuying Wang*.Xiangcou Zheng.Jiazheng Zhong.Yujia Chen.A novel calculation model for the permeability coefficient of soils conditioned with foam and bentonite slurry,KSCE Journal of Civil Engineering,.
[4] Shuying Wang.Xiao Yuan.Tongming Qu*.Machine learning-informed soil conditioning for mechanized shield tunneling: feature engineering, model selection, and uncertainty quantification,Computer-Aided Civil and Infrastructure Engineering,.
[5] Lai Wang.Qiujing Pan.Shuying Wang*.Data-driven predictions of shield attitudes using Bayesian machine learning,Computers and Geotechnics,.
[6] Zhiyao Feng.Shuying Wang*.Tongming Qu.Xiangcou Zheng.Effect of water pressure on permeability of foam-conditioned sands for EPB shield tunnelling.,Canadian Geotechnical Journal,.
[7] Shuying Wang.Zihao Zhou*.Tengyue Zheng.Xiangcou Zheng.Changhao Qi.JiaZheng Zhong.Real-time Laser Scanning for Conditioned Soil Monitoring on Conveyor Belt in Earth Pressure Balance Shield,Tunnelling and Underground Space Technology,.
[8] 王树英.钟嘉政.付循伟.龚振宇.考虑黏土蠕变特性的大埋深盾构复推总推力增量解析解研究,中南大学学报（自然科学版）,.
[9] 王树英.汪来*.潘秋景.基于CNN-LSTM的盾构竖向姿态预测深度学习模型,中南大学学报（自然科学版）,.
[10] 管少祥.王树英*.倪准林.杨泽斌.盾构隧道泥渣脱水处理技术研究综述,隧道建设,.

Conference Papers

[1] 瞿同明.王树英.肖超.龚振宇.阳军生.基于地层损失的土压平衡盾构掘进平衡控制之探讨,,.
[2] Shuying Wang.Xinyu Ye.Junsheng Yang.Soil Conditioning for Shield Tunnelling in Argillaceous Siltstone in Nanchang Metro Line 1, China. “SEE Tunnel: Promoting Tunnelling in SEE Region”,,.
[3] Chao Xiao.Shuying Wang.Junsheng Yang.Effect of soil conditioning on the ground response during EPB shield Tunnelling in sandy ground,,.
[4] Shuying Wang.Jinqiang Zhou.Change of cyclic and postcyclic shear behavior of low-plasticity silt due to addition of clay,,.
[5] Shuying Wang.Ronaldo Luna*.Liquefaction resistance and postliquefaction reconsolidation characteristics of Mississippi River Valley silt,,.
[6] Shuying Wang.Ronaldo Luna*.Dalong Huang.Long Term Stability of the South Fork Tolt River Dam,,.
[7] Shuying Wang.Ronaldo Luna*.Junsheng Yang.The Influence of Tunnel Construction on the Performance of Shallow Foundation Bridge,,.

Patent Authorization

[1] Invent，一种岩土三轴试验柔性薄膜边界的离散元模拟方法，201910439967.2、瞿同明,王树英
[2] Invent，一种适用于富水砂性地层的增稠型泡沫剂及其应用，202210653044.9、王树英,冯志耀
[3] Invent，一种基于现场渣土状态的土压平衡盾构渣土改良参数修正方法，201811456321.7、王树英,刘正日,胡钦鑫,王海波,黄硕,刘朋飞,钟嘉政
[4] Invent，一种盾构机水平传送带上渣土改良状态的实时判定方法，202111657190.0、杨峰,潘秋景,刘霆宇,周子豪,王树英
[5] Invent，一种总应力下泡沫土渗透系数测试方法及系统，202111179542.6、王树英,冯志耀
[6] Invent，一种基于盾构合理掘进参数分析的渣土泡沫改良参数确定方法，202010771481.1、王树英,蔡根森,倪准林,胡钦鑫,钟嘉政,刘正日
[7] Invent，一种基于泡沫与土颗粒相互作用的泡沫改良土渗透性预测方法，201910789077.4、黄硕,王树英,钟嘉政,胡钦鑫,刘朋飞,蔡根森,瞿勇
[8] Invent，一种基于盾构刀盘刀具分区切削性能的盾构推进距离预测方法，201810992948.0、王树英,黄硕,刘朋飞,赵合全,房中玉,王海波,胡钦鑫,阳军生,章怡,袁永学,夏毅敏,徐慧旺,刘奥林
[9] Invent，一种盾构刀盘刀具分区切削性能的预测方法，201810922937.2、黄硕,王树英,刘朋飞,王海波,胡钦鑫,阳军生,钟嘉政,刘正日
[10] Invent，一种金属圆盘-土界面剪切力学行为综合测定装置及方法，201811618826.9、王树英,黄硕,刘朋飞,胡钦鑫,胡海波,阳军生,乔世范,张学民

Software Copyright Registration

[1] 盾构渣土改良状态判定及防超排预警系统V1.0
[2] 基于盾构掘进参数变化的渣土改良控制平台V1.0
[3] 盾构掘进参数分析系统V1.0
[4] 土压平衡盾构渣土改良参数智能化预测系统V1.0

Publishing Textbooks or Monographs

[1] 《隧道工程（跟我学铁路系列丛书）》，傅金阳,王树英,阳军生,闫斌，中国建材工业出版社
[2] 《盾构隧道工程》，王树英,傅金阳,张聪,阳军生，中南大学出版社
[3] 《Shield Tunnel Engineering: from Theory to Practice》，Shuying Wang,Jinyang Fu,Cong Zhang,Junsheng Yang，Elsevier & CSU Press
[4] 《隧道工程（英文版）》，彭立敏,施成华,王树英
[5] 《富水圆砾地层上下叠落盾构隧道近距离下穿运营线掘进关键技术》，宁锐,李智刚,王树英,宋上明,刘飞,傅金阳，中南大学出版社，2021-03-01
[6] 《New Solutions for Challenges in Applications of New Materials and Geotechnical Issues》，Shuying Wang，Yu Xinbao，Singapore: Springer Nature
[7] 《Monotonic, Cyclic and Postcyclic Shear Behavior of Low-plasticity Silt》，Shuying Wang，Singapore: Springer Nature