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国振,男,山东淄博人,博士,教授,主要从事海洋岩土工程领域的教学与科研工作。主持国家自然科学基金项目3项、GF科技纵向课题3项;主持海南省重大科技计划、浙江省重点研发等省部级课题6项;主持重大工程项目5项。作为项目骨干参与国家重点研发计划2项、国际科技合作专项1项、其他课题10余项。截至2021年1月,发表学术论文90篇(SCI检索62篇),其中第一/通讯作者52篇,ESI高被引2篇,论文SCI他引479次,谷歌学术H-index为18。授权国家发明专利40项、日本专利1项,登记软件著作权13项。成果应用于福建平潭海上风电场、飞云江跨海特大桥、西沙岛礁建设平台、宁波舟山港码头等30余个海洋工程建设。获Ocean Engineering、Applied Ocean Research国际期刊杰出审稿人。入选浙江大学“优秀班主任”、“优秀德育导师”、建工学院“十佳教工”、“我最喜爱的老师”。 工作经历 2021.01-至今,浙江大学,建筑工程学院,教授 2016.01-2020.12,浙江大学,建筑工程学院,副教授 2014.03-2015.12,浙江大学,建筑工程学院,讲师 2012.10-2013.10,邓迪大学,艺术、科学和工程学院,访问学者 2011.10-2014.02,浙江大学,建筑工程学院,博士后 教育经历 2007.09-2011.09,浙江大学,岩土工程,博士 2004.09-2007.06,中国矿业大学,岩土工程,硕士 2000.09-2004.06,中国矿业大学,土木工程,学士 科研兴趣 聚焦海洋空间、资源开发利用中的环境保障技术和岩土工程问题,包括但不限于: 1.海上风电工程(新型基础研发、一体化设计、多场耦合分析等) 2.岛礁岩土工程(岸坡侵蚀、稳定性评价、MICP加固与防护) 3.锚泊定位技术(鱼雷锚、吸力锚、拖曳锚、浅水系泊等) 4.海底管道工程(铺设与服役过程中的管道稳定性、管土相互作用、温度效应等) 5.先进原位探测、监测与室内试验技术 欢迎土木工程等相关专业的学生报考研究生。 主讲课程 《城市工程地质与水文地质》,2016-至今,本科生课 《海洋土木工程概论》,2020-至今,本科生课 《海洋岩土工程》,2014-至今,研究生课 本科毕业论文(设计) 俞元盛(土木工程2016级)、黄苏杭(土木工程2016级)、徐杰(土木工程2015级)、俞展望(土木工程2014级)、刘世澳(土木工程2014级)、庄延盛(土木工程卓越班2013级)、金林立(土木工程2013级)、金辰(土木工程2013级) 教学改革 [1]国振,《海洋岩土工程》,浙江大学研究生课程思政建设项目,2020.09-2021.09 [2]国振,王立忠,李玲玲,《海洋岩土工程》,浙江大学研究生素养与能力培养型课程建设,2018.05-2020.05 [3]董梅,国振,《城市工程地质与水文地质》课程开放性互动交流教学平台建设,2016.09-2018.06 科研基金(近5年,截至2021.01) [1]GF科技创新特区项目,*****,2020.12-2022.04,1400万元,主持 [2]GF科技创新特区项目,*****,2020.03-2022.02,130万元,课题负责人 [3]国自然重点项目,51939010,台风海况下深水平台锚泊基础连续失效机制与分析方法,2020.01-2024.12,70万元,课题负责人 [4]海南省重大科技计划课题,极端海洋环境下岛礁侵蚀失稳机制与防治措施,2020.12-2022.12,340万元,主持 [5]浙江省重点研发计划课题,2020C03012,海洋牧场立体观测系统及预警平台,2020.01-2022.12,238万元,主持 [6]浙江省自然重点项目,LHZ19E090003,海上风电吸力桶式导管架基础安装控制技术与承载特性研究,2019.01-2022.12,35万元,主持 [7]国自然面上项目,51779220,系缆触底开槽效应诱发吸力锚承载力弱化机制研究,2018.01-2021.12,59万元,主持 [8]工信部高技术船舶科研课题,工信部联装[2016]22号,浮式保障平台工程(二期)-系泊定位技术,2016.01-2019.12,105万元,主持 [9]浙江省自然一般项目,LY15E090003,粉砂中吸力锚沉贯控制与循环承载失效机理研究,2015.01-2017.12,9.5万元,主持 [10]国自然青年项目,51209183,海上风机筒型基础循环弱化与支撑结构长期振动特性研究,2013.01-2015.12,25万元,主持 工程项目(近5年,截至2021.01) [1]G228公路工程建设指挥部,工程咨询,滨海滩涂围垦区海底隧道安全绿色建造关键技术及示范应用,2019.11-2023.12,193万元,主持 [2]中电建华东勘测设计研究院,工程咨询,考虑温度效应的管道与土体相互作用研究,2020.12-2022.12,90万元,主持 [3]中电建华东勘测设计研究院,201课题,基于大型物理模型试验的近海滑坡形成机制和评价体系,2019.03-2020.12,303万元,主持 [4]中电科集团第十四研究所,技术服务,海上固定锚泊平台租用服务,2020.05-2020.07,92万元,主持 [5]中电科集团第十四研究所,技术服务,海上浮台试验服务保障,202 国家发明专利(近5年,截至2021.01) [1]A self-driven sensor for real-time measurement of the pile shaft and tip resistances of offshore pipe pile,日本,特願2020-079309. [2]一种基于室内试验的海底滑坡评价方法,中国,ZL201911400359.7. [3]一种可用于测定桩阻力及评估内部土塞的多层套管开口桩,中国,ZL201910058900.4. [4]一种可考虑土体渗蚀的可嵌入界面环剪仪的渗流模块,中国,ZL201910595789.2. [5]一种可张开泥面板的新型桶式基础,中国,ZL201910602185.6. [6]一种伞形锚加固的芯桶重力式基础,中国,ZL201910458378.9. [7]一种可同时实现MICP灌浆加固土壤并去除其副产物的装置和方法,中国,ZL201910325596.5. [8]一种可考虑温度、渗流作用的可视化直剪仪,中国,ZL201910832248.7. [9]一种用于模拟深海中壳型结构物与海床动力碰撞试验装置,中国,ZL201910057995.8. [10]等效弹性边界下锚链与土切向和法向抗力测试方法,中国,ZL201811118520.7. [11]一种基于MICP技术的大直径桩基防冲刷方法及装置,中国,ZL201810283744.7. [12]单桩循环t-z模型参数测量方法,中国,ZL201810778084.X. [13]一种测定散粒体材料内摩擦角和界面静、动摩擦角的联合测定仪,中国,ZL201710865636.6. [14]一种用于粉土海床的吸力桶型基础结构及安装方法,中国,ZL201710865013.9. [15]一种锚头可以张开的新型鱼雷锚及其安装方法,中国,ZL201710937047.4. [16]一种用于漂浮式水上光伏系泊的自动收放链装置,中国,ZL201710937052.5. [17]一种复合的桥墩防撞系统,中国,ZL201610842201.5. [18]一种应用于同时测量软粘土体刚度和强度的触探器,ZL201510022089.6. [19]用于海上风机支撑结构振动试验的多向循环加载装置及方法,中国,ZL201510624557.7. [20]一种用于桩柱结构物局部冲刷试验的实时监测装置及方法,中国,ZL201510190433.2. 软件著作权(近5年,截至2021.01) [1]考虑波流作用-抛锚船-动力锚耦合效应的贯入过程分析软件V1.0,2020SR1595611. [2]考虑悬张尾缆牵扯作用的动力锚冲击贯入深度预测软件V1.0,2020SR1595610. [3]锚泊线动力触底区沟槽轮廓分析预测软件V1.0,2020SR1595609. [4]考虑桩-土界面弱化的桩基竖向循环动力响应模拟软件V1.0,2020SR1595593. [5]多种波谱下海洋结构物桩基波浪力计算软件V1.0,2018SR366202. [6]多种风谱下风机叶轮荷载计算软件V1.0,2018SR363482. [7]漂浮式水上光伏电站系缆设计软件V1.0,2017SR532568.

研究领域

海洋岩土工程、岛礁岩土工程、生物岩土工程

近期论文

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期刊论文(近5年,截至2021.01) [1]Hualing Zhai,Dong-sheng Jeng,国振,Zuodong Liang,Impact of two-dimensional seepage flow on sediment incipient motion under waves,Applied Ocean Research,2021,108:102510. [2]Lizhong Wang,Shengjie Rui,国振,Yangyang Gao,Wenjie Zhou,Zhenyu Liu,Seabed trenching near the mooring anchor:history cases and numerical studies,Ocean Engineering,2020,218:108233. [3]Wenjie Zhou,国振,Lizhong Wang,Jiahao Li,Yujie Li,Shengjie Rui,Simplified t-z models for estimating the frequency and inclination of jacket supported offshore wind turbines,Computers and Geotechnics,2020,132:103959. [4]Fanyu Zeng,国振,Lizhong Wang,Yangyang Gao,Zhenyu Liu,Experimental investigation on macro-mesoscopic characteristics of seepage flow in transparent porous media,Applied Ocean Research,2020,105:102424. [5]Shengjie Rui,国振,Lizhong Wang,Haochen Liu,Wenjie Zhou,Numerical investigations on load transfer of mooring line considering chain-seabed dynamic interaction,Marine Georesources&Geotechnology,2020,DOI:10.1080/1064119X.2020.1846646. [6]Wenjie Zhou,国振,Lizhong Wang,Jiahao Li,Shengjie Rui,Effect of cyclic jacking on sand-pile interface shear behaviour,Soil Dynamics and Earthquake Engineering,2020,141:106479. [7]Lizhong Wang,Wenjie Zhou,国振,Shengjie Rui,Frequency change and accumulated inclination of offshore wind turbine jacket structure with piles in sand under cyclic loadings,Ocean Engineering,2020,217:108045. [8]Wenjie Zhou,国振,Lizhong Wang,Jiahao Li,Shengjie Rui,Sand-steel interface behaviour under large-displacement and cyclic shear,Soil Dynamics and Earthquake Engineering,2020,138:106352. [9]Yujie Li,国振,Lizhong Wang,Zhe Ye,Chaofeng Shen,Wenjie Zhou,Interface shear behaviour between micp-treated calcareous sand and steel,Journal of Materials in Civil Engineering,2020,33(2):04020455. [10]Yujie Li,国振,Lizhong Wang,Yilong Li,Zhenyu Liu,Shear resistance of micp cementing material at the interface between calcareous sand and steel,Materials Letters,2020,274(1):1-4. [11]Shengjie Rui,Lizhong Wang,国振,Xiaoming Cheng,Bo Wu,Monotonic behavior of interface shear between carbonate sand and steel,Acta Geotechnica,2020,DOI:10.1007/s11440-020-00987-9. [12]Shengjie Rui,Lizhong Wang,国振,Wenjie Zhou,Yujie Li,Cyclic behavior of interface shear between carbonate sand and steel,Acta Geotechnica,2020,DOI:10.1007/s11440-020-01002-x. [13]Shengjie Rui,国振,Tongling Si,Yujie Li,Effect of particle shape on the liquefaction resistance of calcareous sands,Soil Dynamics and Earthquake Engineering,2020,137:106302. [14]Wei Guo,Zhenyu Bai,Xiaobo Wang,Hanyun Liu,Dan Bu,国振,Wenqi Hou,Zhiwu Yu,A combination strategy of hollow-closed-wall in-filled trench and elastic bearing for reducing environmental vibration induced by high-speed train,Soil Dynamics and Earthquake Engineering,2020,133:106136. [15]Rui He,Jisheng Zhang,国振,Weiyun Chen,Dynamic vertical and rocking impedances of a strip foundation in offshore engineering,Marine Georesources&Geotechnology,2020,DOI:10.1080/1064119X.2020.1770907. [16]Junwei Liu,国振,Bo Han,Load transfer of offshore open-ended pipe piles considering the effect of soil plugging,Journal of Marine Science and Engineering,2019,7(9):313. [17]Wenjie Zhou,Lizhong Wang,国振,Junwei Liu,Shengjie Rui,A novel t-z model to predict the pile responses under axial cyclic loadings,Computers and Geotechnics,2019,112:120-134. [18]国振,Dong-sheng Jeng,Hongyi Zhao,Wei Guo,Lizhong Wang,Effect of seepage flow on sediment incipient motion around a free spanning pipeline,Coastal Engineering,2019,143:50-62. [19]Junwei Liu,国振,Na Zhu,Hui Zhao,Longfei Xu,Tao Liu,Changchun Fu,Dynamic response of offshore open-ended pile under lateral cyclic loadings,Journal of Marine Science and Engineering,2019,7(5):128. [20]Kai Li,国振,Lizhong Wang,Hongyi Jiang,Effect of seepage flow on shields number around a fixed and sagging pipeline,Ocean Engineering,2019,172:487-500. [21]国振,Wenjie Zhou,Congbo Zhu,Feng Yuan,Shengjie Rui,Numerical simulations of wave-induced soil erosion in silty sand seabeds,Journal of Marine Science and Engineering,2019,7(2):52-71. [22]Kanmin Shen,国振,Lizhong Wang,Prediction of the whole mooring chain reaction to cyclic motion of a fairlead,Bulletin of Engineering Geology and the Environment,2019,78(4):2197-2213. [23]Rui He,Amir Kaynica,Jisheng Zhang,Weiyun Chen,国振,Influence of vertical shear stresses due to pile-soil interaction on lateral dynamic responses for offshore mono-piles,Marine Structures,2019,64:341-359. [24]Lili Ma,Lizhong Wang,国振,Hongyi Jiang,Yangyang Gao,Time development of scour around pile groups in tidal currents,Ocean Engineering,2018,163:400-418. [25]国振,Dong-sheng Jeng,Wei Guo,Lizhong Wang,Failure mode and capacity of suction caisson under inclined short-term static and one-way cyclic loadings,Marine Georesources&Geotechnology,2018,36(1):52-63. [26]Lili Ma,Yangyang Gao,国振,Lizhong Wang,Experimental investigation on flow past nine cylinders in a square configuration,Fluid Dynamics Research,2018,50(2):025504. [27]Yuanqiang Cai,Zhigang Cao,Yilun Wang,国振,Ran Chen,Experimental and numerical study of the tidal bore impact on a newly-developed sheet-pile groin in qiantang river,Applied Ocean Research,2018,81:106-115. [28]Hongyi Zhao,Zuodong Liang,Dong-sheng Jeng,Jiangfeng Zhu,国振,Weiyun Chen,Numerical investigation of dynamic soil response around a submerged rubble mound breakwater,Ocean Engineering,2018,156:406-423. [29]Hongyi Zhao,Dong-sheng Jeng,Chencong Liao,Jisheng Zhang,国振,Weiyun Chen,Numerical modelling of liquefaction in loose sand deposits subjected to ocean waves,Applied Ocean Research,2018,73:27-41. [30]国振,Dong-sheng Jeng,Wei Guo,Rui He,Simplified approximation for seepage effect on penetration resistance of suction caissons in sand,Ships and Offshore Structures,2017,12(7):980-990. [31]Kanmin Shen,Lizhong Wang,国振,Dong-sheng Jeng,Numerical investigations on pore-pressure response of suction anchors under cyclic tensile loadings,Engineering Geology,2017,227:108-120. [32]Rui He,Lizhong Wang,Ronald Y.S.Pak,国振,Jinhai Zheng,Vertical elastic dynamic impedance of a large diameter and thin-walled cylindrical shell type foundation,Soil Dynamics and Earthquake Engineering,2017,95(1):138-152. [33]国振,Lizhong Wang,Feng Yuan,Quasi-static analysis of the multi-component mooring line for deeply embedded anchors,Journal of Offshore Mechanics and Arctic Engineering,2016,138(1):011302-1-9. [34]朱则昊,仝福生,国振,王立忠,等,重力式基础陆上风机结构长期动力特性试验研究,浙江大学学报(工学版),2021.01. [35]芮圣洁,国振,王立忠,周文杰,李雨杰,钙质砂与钢界面循环剪切刚度与阻尼比的试验研究,岩土力学,2019,41(1):1-9. [36]周文杰,王立忠,汤旅军,国振,等,导管架基础海上风机动力响应数值分析,浙江大学学报(工学版),2019,53(8):1431-1437. [37]刘振宇,王立忠,国振,黄建武,吴建国,可渗透海床单桩孤立波破碎波浪力数值研究,海洋工程,2019,37(5):57-67. [38]曹志刚,王轶伦,国振,蔡袁强,刘海江,考虑渗流效应的冲流带泥沙起动机理研究,水科学进展,2019,30(4):568-580. [39]刘浩晨,国振,王立忠,沈侃敏,漂浮式水上光伏电站锚泊系统设计方法,太阳能学报,2019,40(12):3485-3492. [40]李凯,国振,王立忠,三种不同管土相互作用模型在触地区立管运动模拟中的比较研究,海洋工程,2018,36(3):33-42. [41]汪轶群,洪义,国振,王立忠,南海钙质砂宏细观破碎力学特性,岩土力学,2018,39(1):199-206. [42]马丽丽,国振,王立忠,赵长军,秦肖,单向流条件下单桩桩周冲刷过程特征试验研究,海洋工程,2017,35(1):136-146.

学术兼职

担任国际智能基础设施监测ISHMII青年委员、中国土木工程学会港口工程分会理事、土力学及岩土工程分会岛礁岩土专委会委员、工程风险与保险研究分会青年委员。担任国际SCI期刊客座主编、《中南大学学报》青年编委。担任第四届海洋岩土工程学术会议执行主席。

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