北京交通大学硕士研究生导师信息：郭璇

　　在读研期间，所有与你读研相关的事情，可能都需要经过你的导师同意，所以说，选择导师真的很重要，也希望大家能够认真对待这件事，怎样才能选择适合自己的导师呢?这就要我们提前做足功课，尽可能多的搜集有关你准备报考的导师的信息，下面新东方在线考研频道为大家分享：“北京交通大学硕士研究生导师信息：郭璇”文章。

　　borative modeling method and mechanism study on interaction between dissipative geotechnical medium and tunnel lining, Principle Investigator)

　　基本科研业务费专项：复杂多孔岩土介质组构在地下工程碳储存、资源化利用及服役中的基础研究; 主持

　　(Fundamental Research Funds for the Central Universities:Fundamental research on complex porous structure of geotechnical medium in carbon-storage, resource utilization and service in underground engineering, Principle Investigator)

　　霍英东基金应用优选：复杂地层地质条件下超大直径泥水盾构安全掘进关键技术研究 ; 主持

　　(The National Natural Science Fund Youth Projects:Collaborative modeling method and mechanism study on interaction between dissipative geotechnical medium and tunnel lining, Principle Investigator)

　　铁道部科技司重点子项：隧道围岩稳定性及其控制技术研究--高地应力及富水隧道设计理论和方法; 主持

　　(The Ministry of Railways Major Sub-Projects:Stability and control technology study of tunnel surrounding rock-Theory and method of highland stress and water-rich tunnel design, Principle Investigator)

　　北京交通大学：隧道衬砌土压力折减及作用荷载模式分析; 主持

　　(Enterprise Cooperation Project with Beijing Jiaotong University:Earth Pressure Reduction Analysis Method of Tunnel Lining and Load Mode Study, PI)

　　北京交通大学：日本东京港沉管隧道设计施工法相关技术研究; 主持

　　(Enterprise Cooperation Project with Beijing Jiaotong University:Key Technology Method Research on Design and Construction Method of Immersed Tube Tunnel in Tokyo Port of Japan,PI)

　　校科技基金：率独立耗散岩土材料多变形机制的热力学建模方法及其应用; 主持

　　(Beijing Jiaotong University Projects:Thermodynamic modeling method and its application for multi-deformation mechanism of rate-independent dissipative geo-material, PI)

　　中国国家铁路集团科研计划 重点课题子题：寒区铁路隧道温度场分布规律及冻害机理研究; 主持

　　(Temperature Field Distribution and Freezing Damage Mechanism Study of Railway Tunnel in Cold Region;China Railway Corporation (former Ministry of Railways);PI

　　中国国家铁路集团科研计划 重点课题：基于快速掘进的隧道衬砌支护及围岩稳定性评价方法;主持

　　(The evaluation method of tunnel lining support and surrounding rock stability based on rapid excavation，key subject funding of China National Railway Group，PI)

　　12.长春市城市轨道交通6号线工程技术服务;自然科学横向项目; 主持

　　(Engineering consulting for Changchun Urban Rail Transit Line 6 Project;PI)

　　13.滨海区粉质粘土地层桩隧相互作用机理及变形控制研究; 自然科学横向项目; 主持

　　(Pile-Tunnel Interaction Mechanism Study and Deformation Control in Silty Clay Layer in Coastal Area;Natural science ooperative project;PI)

　　合作科研项目(A numbers of cooperative research projects);

　　川藏铁路工程全生命周期资源环境成本及绿色效益研究;国家重点研发计划-课题 参加

　　(Resource and environment cost and green benefit study in the whole life cycle of Sichuan-Tibet Railway Project,National key R & D plan-sub project，Participation)

　　教学工作

　　本科主干课(Undergraduate major course)：

　　土力学与基础工程(Soil mechanics and foundation engineering);

　　博士生/研究生课程(doctor's degree course/ graduate course)：

　　散碎体隧道力学(Tunneling Mechanics in Discontinuous Medium);

　　土性分析原理(Fundamentals of Soil Behavior);

　　地下工程测试理论与监测理论(Testing and Monitoring Theory of Underground Engineering);

　　非开槽技术与应用(Trenchless Technology and application);

　　论文/期刊

　　Journal paper:

　　近年主要论文(recently major papers)：

　　Guo, X., Li, Z. & Yuan, S. A study on critical dislocation of gasket for segmental linings of shield tunnels. Sci Rep 15, 3151 (2025).

　　郭璇，原森阳，李志通，戴乐辉，彭瑾，盾构隧道管片超弹性密封垫临界错位研究Study on Critical Dislocation of Hyperelastic Sealing Gasket for Segmental Linings of Shield Tunnels，铁道学报Journal of the China Railway Society，2024，Vol46(12)：170-179

　　Guo X, Li Z, Zhang X, Pu M. Model Test Study on a Shield Tunnel Adjacent to Pile in the Sub-Clay of a Coastal Area. Applied Sciences. 2022; 12(15):7718. https://doi.org/10.3390/app12157718

　　郭璇，马思远，郭一帆，张晓新,基于BP神经网络的围岩介质爆炸峰值压力预测,振动与冲击,(Guo,X,Ma SY,Guo YF,Zhang XX,Blast Peak Pressure Pridiction for Surrounding Rock Medium Based on BP Neural Network Method), Journal of Vibration and Shock, 2019, 38(3):199-206.

　　Guo,X*，Zhang XX, Yue HC，Evaluation of hierarchically weighted principal component analysis for water quality management at Jiaozuo mine，International Biodeterioration & Biodegradation，128(2018)：182-185.

　　Guo X*, Zhang XX, Yue JW, Zhu K，A case study of the key factors and mechanism associated with mining site pollution control based on an E-platform management system，International Biodeterioration & Biodegradation，International Biodeterioration & Biodegradation，128，(2018)：177-181.

　　郭璇,王梦恕,张顶立,张晓新,祝瑛,不确定地层属性相关的地下工程鲁棒性，铁道学报,(Guo X, Wang MS, Zhang DL, Zhang XX, ZhuY，Robustness of Underground Engineering Related to Uncertain Geological Condition,Journal of the China Railway Society),2017,39(05)：1-6.

　　郭璇,孙文波,张晓新,岳焕闯,马思远,地下圆形衬砌动载等效简易模型及内力极值解, 振动与冲击,(Guo X, Sun WB,Zhang XX, Yu HC，MA SY,Pseudo-static equivalent model of impact dynamic load of underground circular lining and its internal force extreme value solution,Journal of vibration and schock)2017,36(20)：91-99.

　　Guo,X*; Zhang,XX; Wang,MS,A thermomechanical transport approach and application in soil-watersystem of polluted mining areas considering the three-phases coupling, Mathematical Problems in Engineering,2016：1-5.

　　Guo,X*; Zhang, XX, Impact Pseudostatic Load Equivalent Model and the Maximum Internal Force Solution for Underground Structure of Tunnel Lining , Mathematical Problems in Engineering, 2016：1-16.

　　郭璇,张顶立, 赵成刚,张晓新,王梦恕,祝瑛,岩石结构超塑性损伤本构理论及热力学框架，岩石力学与工程学报(Guo,X; Zhang, DL; Zhao, CG; Zhang, XX; Wang, MS; Zhu,Y，Constitutive theory and thermodynamic framework for hyperplastic damage of deep rock structure,Chinese Journal of Rock Mechanics and Engineering), 2016,35(04)：658-669.

　　郭璇,刘保国,张晓新,张顶立,王梦恕,邹翠荣,衬砌-砂卵石地层随动塌落伞拱力学模式研究，铁道学报(GUOX, LIU BG, ZHANGXX, ZHANG DL, WANG MS, ZOUCR,Study on the Mechanical Model of Arch Collapse Umbrella Sand Gravel Layer Lining,Journal of the China Railway Society),2016,38(05)：88-94.

　　郭璇,何平,朱坤,张晓新,王梦恕,祝瑛,流–固两相场隧道衬砌相似材料的研制与模型试验,岩石力学与工程学报(GUO X，HE P，ZHU K，ZHANG XX，WANG MS，ZHU Y，Model test research of similar materials for underwater tunnel lining in fluid-solid two-phase field,Chinese Journal of Rock Mechanics and Engineering), 2016,35(s2)：3774-3784.

　　郭璇,朱坤,张晓新,张顶立,王梦恕,祝瑛,双圆盾构隧道-软土层相互作用规律的模型试验及响应分析，铁道学报(GUOX, ZHU K, ZHANG XX, ZHANG DL, WANG MeS, ZHU Y,DOT ModelTest and Interactive Response Analysis of soft Soil Layer to Double Circular Shield Tunnel,Journal of the China Railway Society), 2016,38(09)：101-108.

　　郭璇,张鸿儒,蒙蛟,张晓新,王梦恕,祝瑛,软弱围岩隧道管棚预支护开挖土压分布模型试验，岩石力学与工程学报(Guo X,Zhang H R,Meng J,ZhangXX,WangMS,ZhuY,Earth pressure distribution model test of tunneling pipe roof pre-supporting system in weak surrounding rock,Chinese Journal of Rock Mechanics and Engineering), 2015,34(06)：1214-1224.

　　郭璇,张晓新,王梦恕,弧形侧向抗力法的力法推导及例证，岩石力学与工程学报(Guo X,ZhangXX,WangMS,Derivation and validation of structural mechanics force method for sinusoidal curve lateral resistance method in tunnelling lining,Chinese Journal of Rock Mechanics and Engineering,2015,34(S2)),2015,34(S2)：4080-4090.

　　郭璇,孙文波,张晓新,王梦恕,地下圆形隧道自由变形法的力法推导及例证，铁道学报(GUO X,SUN WB,ZHANG XX, WANG MS,Deduction and Example Illustration of Calculation Structural Mechanics Forces of Underground Pressure Arch Lining with FFD Method,Journal of the China Railway Society), 2014,36(09)：85-91.

　　(SCI)GuoX*, Zhao CG, Yuan Dj, Wang MS, A thermomechanical damage approach to constitutive models for rate-independent dissipative Geomaterials, Acta Mechanica Solida Sinica, 2008,Vol.21,No.1, pp.73-84,DOI:10.1007/s10338-008-0810-9.ISI:000258355100010

　　(SCI)GuoX*, Zhao C G, Yuan Dj, Wang M S, A Dual-surface damage model and evaluation for natural soils within the thermomechanical framework, Acta Mechanica Solida Sinica, 2008,Vol.21,No.1,pp.85-94,DOI:10.1007/s10338-008-0811-8.ISI:000258355100011

　　Guo,X*，Zhang XX,Standing Seam Metal Roofing System Application in the Large-scale Public Buildings,Advances in Engineering Research,2016:469-474

　　Guo,X*，Zhang XX,Study of rigid Bolt Joint in Beam-column connection of Gabled,Advances in Engineering Research,2016:2027-2032.

　　Guo,X*，Zhang XX,Detailed Wind Prood Joints Design in Aluminium Standing Seam Metal Roofing System,Advances in Engineering Research,2016:464-468.

　　Guo,X*,Application the thermomechanical damage modeling approach with generalized non-linear strength theory, Advanced Materials Research, 2012：415-417.

　　郭璇,张晓新,李志通,门式刚架梁柱连接刚性节点受力性能研究,工业建筑(Guo X, Zhang XX, Li ZT,Study on Mechanical Performance of Beam-column connection rigid Joint in Gabled Frames,Industrial Construction),2015,45(s1)：651-654.

　　张晓新,郭璇,杂多县体育综合馆钢结构设计，建筑结构(Zhang XX,Guo X,Steel structure design on the multi-purpose gymnasium in Zaduo County,Building Structure), 2014,(23):9-14.

　　张栋,郭璇,灌淤冻土复合衬砌渠道保温防冻胀效果分析,农业工程学报,2020,36(21):122-129.

　　叶志强,郭璇,吕勤,西南地区变余砂岩浅埋偏压铁路隧道初期支护大变形机理及整治方案，铁道建筑. 2022,62(02)：109-113.

　　王秉辉,郭璇,不同围护结构计算模型内力受基床系数的影响分析,市政技术,2022 ,40(12):26-31.

　　张广鹏,李纯龙,郭璇,长春地铁地下支护结构力学分析,建筑结构,2022,52 (S2)：2364-2368.

　　张晓新,郭璇,张晓丽,台风区超大跨气承膜加劲肋设计研究,建筑结构,2022.6,Vol52,(S1):716-720.

　　张晓丽,罗章波,郭璇,软弱滨水地层盾构隧道近穿路桥变形控制与机理分析,铁道建筑,2023,63(06):113-117.

　　发表其它论文多篇(other papers omit);

　　专著/译著

　　专利

　　郭璇,一种快速掘进的隧道围岩稳定性评价装置和方法(发明), 2025，中国国家铁路集团有限公司 北京交通大学

　　郭璇，一种快速掘进中隧道围岩稳定判定装置， 2024，中国国家铁路集团有限公司 北京交通大学

　　郭璇，刘丽，一种隧道围岩快速掘进破碎装置， 2024，中国国家铁路集团有限公司 北京交通大学

　　郑芊， 郭璇，等，一种穿戴式无线测振装置; 2022，北京交通大学

　　叶志强，郭璇， 等，一种便携式快速识别复合地层等级的装置; 2022，北京交通大学

　　叶志强，郭璇，等，一种可筛分粒径的岩石破碎装置; 2022，北京交通大学

　　宋国飞，郭璇，等，一种自检锚杆; 2019，北京交通大学

　　软件著作权

　　获奖与荣誉

　　霍英东教育基金会第12届高校青年教师应用优选资助(Funding of Fok Ying Tung Education Foundation),2010.12;

　　中国铁道学会科学技术二等奖 (Second Prize for Science and Technology of the China Railway Society),2012.12;

　　中华人民共和国铁道部, 科技进步奖二等奖(Ministry of Railways of the P.R.C,Second Prize for Scientific and Technological Advance),2013.1;

　　岩石力学与工程学报2015陈宗基讲座优秀学者, 中国岩石力学与工程学会、岩石力学与工程学报(Chinese Journal of rock mechanics and engineering 2015 Chen Zongji scholar, Chinese society of rock mechanics and engineering), 2015.12

　　领跑者5000,中国科学技术信息研究所,领跑者5000-中国精品科技期刊顶尖学术论文 (Leader 5000, China Institute of science and technology, leader 5000, China's top quality academic journal), 2017.10.

　　社会兼职

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