韩聪聪，1990年生，河北石家庄人。目前在建设工程学部水利工程学院工程抗震研究所工作。

【主要研究领域】

海洋岩土工程，主要研究方向为海底结构-海洋土相互作用，面向海洋油气开发、海洋新能源（海上风机、波浪潮汐能发电、太阳能发电）等工程领域。

【主要研究方向】

1. 海底结构-海洋土相互作用

2. 海洋土力学特性参数及理论模型

3. 结构-土相互作用模型试验方法设计及设备研发

【主持科研项目】

目前主持国家自然科学基金青年项目1项，参与国家自然科学基金重大项目、重点项目、面上项目多项，主持完成博士后基金面上项目1项。

[1] 国家自然科学基金委员会，青年科学基金项目，52001057，锚链在软土海床表面开槽机理及防护方法研究，2021-01至2023-12，24万元，在研，主持

[2] 中国博士后科学基金会，面上项目，2019M661099，新型动力安装锚及其在砂土海床中沉贯机理研究，2019-11至2021-06，8万元，在研，主持

[3] 国家自然科学基金委员会，面上项目，51978129，基于三维非平稳随机场模型的土质边坡稳定可靠性分析，2020/01-2023/12，54万元，在研，参加

[4] 国家自然科学基金委员会，面上项目，51979035，新型自由落体式球型贯入仪及土性参数识别方法，2020/01-2023/12，60万元，在研，参加

【科研成果】

在海洋岩土工程领域国内外权威学术期刊上发表SCI和EI论文20余篇，出版学术专著1部，授权国家发明专利多项，美国和澳大利亚发明专利5项。

主要成果列举如下：

代表性论文列表

[1]Han Congcong, Zhang Yuqin, Liu Jun*, and Wang X. Interpreting strength parameters in soft clays from a new free-fall penetrometer.Computers and Geotechnics, 2021, 135, 104157.期刊论文, SCI检索：000663309500004, IF: 4.956, JCR: (Computer science, interdisciplinary applications, Q1; Engineering, geological, Q1) (岩土工程主流期刊)

[2]Han Congcong, Wang Xu, Liu Jun*. A folding-shank gravity installed anchor and its hydrodynamic characteristics in water: Physical modelling.Ocean Engineering, 2020, 218, 108213.期刊论文, SCI检索：000598977600076, IF: 3.795, JCR: (Engineering, marine, Q1; Engineering, civil, Q1) (港海工程主流期刊)

[3]Han Congcong, Liu Jun*. A review on the entire installation process of dynamically installed anchors.Ocean Engineering, 2020, 202, 107173.期刊论文, SCI检索：000528188300007, IF: 3.795, JCR: (Engineering, marine, Q1; Engineering, civil, Q1) (港海工程主流期刊)

[4]Han Congcong, Liu Jun*, Zhang Yuqin, Zhao Wei. An innovative booster for dynamic installation of OMNI-Max anchors in clay: physical modeling.Ocean Engineering, 2019, 171: 345-360.期刊论文, SCI检索：000459235600030, IF: 3.795, JCR: (Engineering, marine, Q1; Engineering, civil, Q1) (港海工程主流期刊)

[5]Han Congcong, Chen Xuejian, Liu Jun*. Physical and numerical modeling of dynamic penetration of ship anchor in clay.Journal of Waterway, Port, Coastal, and Ocean Engineering, 2019, 145(1): 04018030.期刊论文, SCI检索：000450406000010, IF: 2.208, JCR: (Engineering, civil, Q2; Engineering, ocean, Q2) (港海工程主流期刊)

[6]Han Congcong, Liu Degao, Liu Jun*. Keying process of the OmniMax anchor shallowly embedded in undrained normally consolidated clay.Journal of Waterway, Port, Coastal, and Ocean Engineering, 2018, 144(4): 04018008.期刊论文, SCI检索：000432574900006, IF: 2.208, JCR: (Engineering, civil, Q2; Engineering, ocean, Q2) (港海工程主流期刊)

[7]Han Congcong, Liu Jun*. A modified method to estimate chain inverse catenary profile in clay based on chain equation and chain yield envelope.Applied Ocean Research, 2017, 68, 142-153.期刊论文, SCI检索：000413378300012, IF: 2.979, JCR: (Engineering, ocean, Q2; Oceanography, Q2)

[8]Chen Xuejian,Han Congcong, Liu Jun*, Hu Yuxia. Interpreting strength parameters of strain-softening clay from shallow to deep embedment using ball and T-bar penetrometers.Computers and Geotechnics, 2021, 138, 104331.期刊论文, SCI检索：000685436700001, IF: 4.956, JCR: (Computer science, interdisciplinary applications, Q1; Engineering, geological, Q1) (岩土工程主流期刊)

[9]Tong Yuming,Han Congcong, Liu Jun*. An innovative lightweight gravity installed plate anchor and its keying properties in clay.Applied Ocean Research, 2020, 94: 101974.期刊论文, SCI检索：000509631800001, IF: 2.979, JCR: (Engineering, ocean, Q2; Oceanography, Q2)

[10]Liu Jun*,Han Congcong, Yu Long. Experimental investigation of the keying behavior of the OMNI-Max anchors.Marine Georesources and Geotechnics, 2019, 37(3), 349-365.期刊论文, SCI检索：000476899100009, IF: 2.673, JCR: (Engineering, ocean, Q2; Engineering, geological, Q3)

[11]Liu Jun*,Han Congcong, Zhang Yuqin, Ma Yueyuan, Hu Yuxia. An innovative concept of booster for OMNI-Max anchor.Applied Ocean Research, 2018, 76: 184-198.期刊论文, SCI检索：000436887000016, IF: 2.979, JCR: (Engineering, ocean, Q2; Oceanography, Q2)

[12]Liu Jun*, Ma Yueyuan,Han Congcong. CFD analysis on directional stability and terminal velocity of OMNI-Max anchor with a booster.Ocean Engineering, 2019, 171: 311-323.期刊论文, SCI检索：000459235600027, IF: 3.795, JCR: (Engineering, marine, Q1; Engineering, civil, Q1) (港海工程主流期刊)

[13]Liu Jun*,Han Congcong, Ma Yueyuan, et al. Experimental investigation on hydrodynamic characteristics of OMNI-Max anchor with a booster.Ocean Engineering, 2018, 158: 38-53.期刊论文, SCI检索：000433650200004, IF: 3.795, JCR: (Engineering, marine, Q1; Engineering, civil, Q1) (港海工程主流期刊)

[14]Liu Jun*, Chen Xuejian,Han Congcong, Wang Xu. Estimation of intact undrained shear strength of clay using full-flow penetrometers.Computers and Geotechnics, 2019, 115, 103161.期刊论文, SCI检索：000506718800015, IF: 4.956, JCR: (Computer science, interdisciplinary applications, Q1; Engineering, geological, Q1) (岩土工程主流期刊)

[15]Liu Jun*, Li Mingzhi, Hu Yuxia,Han Congcong. Bearing capacity of rectangular footings in uniform clay with deep embedment.Computers and Geotechnics, 2017, 86: 209-218.期刊论文, SCI检索：000401392800019, IF: 4.956, JCR: (Computer science, interdisciplinary applications, Q1; Engineering, geological, Q1) (岩土工程主流期刊)

[16]韩聪聪,陈学俭,刘君*.霍尔锚抛锚深度模型试验研究.海洋工程, 2018, 36(05): 90-98.期刊论文,复合影响因子: 0.897,综合因子: 0.591,主办方:中国海洋学会.

[17]韩聪聪,刘君*.板翼动力锚沉贯深度的模型试验研究.海洋工程, 2016, 34 (5): 92-100.期刊论文,复合影响因子: 0.897,综合因子: 0.591,主办方:中国海洋学会.

[18]王煦,韩聪聪,刘君*.新型动力安装锚水动力学特性模型试验研究.海洋工程, 2021, 39(2): 53-61.期刊论文,复合影响因子: 0.897,综合因子: 0.591,主办方:中国海洋学会.

出版专著

韩聪聪,刘君.新型锚固基础——动力锚.科学出版社, 2019.

已授权专利(共计10项)

1.刘君,韩聪聪.用于测量锚在土中运动轨迹和承载力的装置及方法, 2017-10-17,专利号(ZL 201510483124.4),发明专利.

2.刘君,韩聪聪.用于增加动力锚沉贯深度的方法及其推进器, 2018-01-23,专利号(ZL 201610648708.7),发明专利.

3.刘君,韩聪聪.一种新型轻质动力安装锚, 2018-11-27,专利号(ZL 201820726265.3),实用新型.

4.刘君,韩聪聪.用于测量锚在土中运动轨迹和承载力的简易装置及其方法, 2019-01-29,专利号(ZL 201610648771.0),发明专利.

5. Liu Jun,Han Congcong, Hu Yuxia. Innovative booster to increase the final penetration depth of gravity installed plate anchor, 2019-08-20,专利号(US 10384746B2),美国发明专利.

6. Liu Jun,Han Congcong, Hu Yuxia. Propeller for increasing penetration depth of gravity installed plate anchor and method thereof, 2019-10-17,专利号(AU 2017309535),澳大利亚发明专利.

7.刘君,韩聪聪.一种自由式海底防沉板浅基础, 2020-04-24,专利号(ZL 201811578584.5),发明专利.

8. Liu Jun,Han Congcong, Zhang Yuqin. Free fall ball penetrometer with a booster, 2020-07-30,专利号(AU 2017425530),澳大利亚发明专利.

9.刘君,韩聪聪.一种多锚点系泊动力安装锚, 2021-02-05,专利号(ZL 202021882470.2),实用新型.

10.刘君,韩聪聪.折叠锚柄的组合动力锚及其水中下落时垂直度控制方法, 2021-06-07,专利号(ZL 202010097703.6),发明专利.

【招生信息】

欢迎水利工程和土木工程本科生报考！