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焦甲龙

副教授船舶与海洋工程系,

办公电话：

电子邮箱： jiaojl@scut.edu.cn

所属单位： 土木与交通学院

办公地址：

研究方向：

  • 个人简介
  • 教育经历
  • 招生信息
  • 工作经历
  • 社会、学会及学术兼职
  • 研究领域
  • 开授课程
  • 科研项目
  • 论文
  • 出版专著和教材
  • 专利
  • 获奖、荣誉称号
  • 软著

个人简介

焦甲龙，男，工学博士，华南理工大学副教授，博士生导师。致力于船舶水动力学与结构载荷研究，建立了真实海况下舰船耐波性与波浪载荷的理论与试验方法。主持国家自然科学基金2项、广东省基金5项、装备预研领域基金、横向项目等共30余项。发表论文100篇，被引1400次，授权受理发明专利40件。曾获中国海洋工程科学技术奖二等奖、广东省博士博士后百名创新人物、广东省科协青年科技人才培育计划、广州市青年科技人才托举工程等荣誉称号。担任《中国舰船研究》、《船舶与海洋工程学报》、《Fluid Dynamics & Materials Processing》等期刊编委。


华南理工大学“船舶总体性能”课题组简介：https://www2.scut.edu.cn/ships/

教育经历

  • 2012-09~2016-12,哈尔滨工程大学,船舶与海洋结构物设计制造,博士
  • 2008-09~2012-06,哈尔滨工程大学,船舶与海洋工程,学士

招生信息

  • 学术型硕导,土木与交通学院,082400,船舶与海洋工程,船舶与海洋结构物设计制造

  • 专业学位硕导,085900,建筑与土木工程

  • 学术型博导，082400，船舶与海洋结构物设计制造

工作经历

  • 2020-10~2021-10,里斯本大学
  • 2017-07~2017-12,华南理工大学
  • 2017-07~至今,华南理工大学
  • 2017-07~2017-12,华南理工大学

社会、学会及学术兼职

● 中国造船工程学会第五届造船工艺学术委员会委员；
● 中国造船工程学会船舶力学学术委员会会员；
● 广东省造船工程学会委员；
● 教育部研究生学位论文评审专家；
● 广东省自然科学基金通讯评审专家；
● Journal of Marine Science and Engineering (JMSE)客座编委Lead Guest Editor（SCI期刊）；
● Shock and Vibration (SV) 客座编委Lead Guest Editor（SCI期刊）；
● Current Chinese Engineering Science期刊编委；
● 《中国舰船研究》期刊青年编委；
● 《船舶力学》期刊审稿人（EI期刊）；
● 《振动与冲击》期刊审稿人（EI期刊）；
● 《天津大学学报》期刊审稿人（EI期刊）；
● IEEE Access期刊审稿人（SCI期刊）；
● Ocean Engineering (OE)期刊审稿人（SCI期刊）；
● Applied Ocean Research (APOR)期刊审稿人（SCI期刊）；
● Journal of Coastal Research (JCR)期刊审稿人（SCI期刊）；
● China Ocean Engineering (COE)期刊审稿人（SCI期刊）；
● Ships and Offshore Structures (SAOS)期刊审稿人（SCI期刊）；
● Proceedings of the Institution of Mechanical Engineers Part M-Journal of Engineering for the Maritime Environment (JEME)期刊审稿人（SCI期刊）；
● Engineering Analysis with Boundary Elements (EABE)期刊审稿人（SCI期刊）；
● Natural Hazards and Earth System Sciences (NHESS)期刊审稿人（SCI期刊）；
● International Journal of Maritime Engineering (IJME)期刊审稿人（SCI期刊）；
● Applied Mathematical Modelling (AMMOD)期刊审稿人（SCI期刊）；
● Polish Maritime Research (PMR)期刊审稿人（SCI期刊）；
● Brodogradnja (Shipbuilding)期刊审稿人（SCI期刊）；
● Advances in Civil Engineering (ACE)期刊审稿人（SCI期刊）；
● International Journal of Naval Architecture and Ocean Engineering (IJNAOE)期刊审稿人（SCI期刊）；
● Science Progress (SCI)期刊审稿人（SCI期刊）；
● Shock and Vibration (SV)期刊审稿人（SCI期刊）；
● Mathematical Problems in Engineering (MPE)期刊审稿人（SCI期刊）；
● Journal of Marine Science and Engineering (JMSE)期刊审稿人（SCI期刊）；
● Journal of Marine Science and Application (JMSA)期刊审稿人（ESCI期刊）；
● Maritime Technology and Research (MTR)期刊审稿人；
● Marine Systems & Ocean Technology (MSOT)期刊审稿人；
● CFD Letters (CFDL)期刊审稿人；
● American Journal of Naval Architecture and Marine Engineering (AJNAME)期刊审稿人；
● Maritime Technology and Engineering (MARTECH)会议论文审稿人；

研究领域

1. 基础研究方向
    ● 波浪理论：水波理论、随机波浪理论、海浪测量与分析、短峰波与方向谱；
    ● 船舶耐波性：船舶水动力的势流理论、CFD、SPH技术，舰船降阻减摇技术；
    ● 船舶波浪载荷：波浪载荷、砰击载荷、甲板上浪、船体结构响应；
    ● 船舶水弹性理论：波激振动、砰击颤振、模态叠加理论、CFD-FEM耦合技术；
    ● 水动力学试验：水池模型快速性、耐波性、波浪载荷及水弹性试验，大尺度模型海上试验。
2. 战略发展方向
    ● 绿色造船、智能船舶、海洋机器人、流体仿生技术、海洋可再生能源。


开授课程

    1.船体强度与结构设计（本科生必修课程）；

    2.船舶与海洋结构物构造（本科生必修课程）；

    3.船舶阻力（本科生必修课程）；

    4. 船舶工程实验与测试技术（本科生选修课程）；

    5.船舶性能试验与测试（研究生专业课程）；

    6.论文写作与学术规范（研究生必修课程）；

科研项目

1.   国家自然科学基金面上项目，载液船舶水弹性响应的CFD–FEM–SPH流固耦合模拟，52271316，2023/01~2026/12，主持；

2.   国家自然科学基金青年基金，短峰波中船舶大幅运动及砰击上浪载荷的时域水弹性方法研究，51909096，2020/01~2022/12，主持；

3.   中央军委“十三五”装备预研领域基金，方形波浪对船舶运动特性影响研究，61402070106，2019/08~2020/12，主持；

4.   水动力学国防科技重点实验室开放基金，三维海况下船舶非对称运动与砰击上浪耦合的时域理论方法研究，JCKY2022201CA03，2022/08~2024/08，主持；

5.   中国博士后科学基金面上项目，短峰不规则波中航行船舶三维时域非线性水弹性方法研究，2017M622696，2017/11~2019/05，主持；

6.   广东省自然科学基金青年提升项目，船舶水弹性响应的CFD–FEM流固耦合模拟，2023A1515030262，2023/01~2025/12，主持；

7.   广东省自然科学基金面上项目，船舶水弹性响应的Rankine–Green混合源时域匹配方法研究，2022A1515010453，2022/01~2023/12，主持；

8.   广东省自然科学基金面上项目，真实恶劣海况下船舶大幅运动与波浪载荷的时域水弹性方法研究，2020A1515011181，2019/10~2022/09，主持；

9.   广东省自然科学基金博士启动项目，南海海域中超大型海上浮体的环境载荷与水弹性响应分析，2018A030310378，2018/05~2021/04，主持；

10.广州市科技计划基础与应用基础研究专题（优秀博士“续航”项目），船舶在波浪中运动与液舱晃荡耦合的数值方法研究，2024A04J9886，2024/01~2025/12，主持；

11.广州市科技计划基础与应用基础研究项目，南海海域中筏式波浪发电装置的流固耦合机理研究，202102020899，2021/04~2023/03，主持；

12.广东省教育厅高校青年创新人才类项目，南海环境中筏式波浪发电装置水动力性能分析及构型优化设计，2017KQNCX004，2018/01~2019/06，主持；

13.中央高校科研基本业务费自然科学类项目，实际海况下船舶运动与波浪载荷的时域水弹性理论与试验研究，D2201090，2020/01~2021/12，主持；

14.海岸和近海工程国家重点实验室开放基金，三维畸形波中船舶及浮式结构水弹性响应的CFD–FEA流固耦合模拟，LP2102，2021/10~2023/09，主持；

15.水下智能系统技术湖北省重点实验室开放基金，大漂角机动的水下航行器非定常外流场感知方法，ZHJ250259，2025/10~2027/09，主持；

16.广州市青年科技人才托举工程项目，广州市科学技术协会（广东造船工程学会推荐，2020年度入选者中排名第一），X20210201004，2021/03~2023/03，主持；

17.广东省科协青年科技人才培育计划项目，广东省科学技术协会（广东造船工程学会推荐），SKXRC202418，2024/01~2024/12，主持；

18.中国船舶科学研究中心委托横向项目，短峰波对船舶运动与波浪载荷的影响研究，D9223840，2022/07~2022/12，主持；

19.广州打捞局委托横向项目，900T起重船吊机结构应力测试与分析，D9234370，2023/07~2023/08，主持；

20.中科院声学所委托横向项目，水下航行器操纵性水动力建模与分析，D9225870，2022/12~2023/06，主持；

21.中国船舶科学研究中心委托横向项目，骑浪航行状态下船舶运动与受力分析，D8241000，2023/12~2025/03，主持；

22.中国船舶科学研究中心委托横向项目，真实海洋环境下船舶波浪载荷的流固耦合技术，D9240200，2023/12~2025/12，主持；

23.上海船舶运输科学研究所有限公司委托横向项目，大型船舶水弹性响应数值仿真研究，D5240790，2024/04~2024/10，主持；

24.上海船舶运输科学研究所有限公司委托横向项目，船舶波浪载荷与水弹性的智能预报研究，D9245790，2024/09~2025/03，主持；

25.哈尔滨工程大学委托横向项目，波浪环境下自航模水池标模和试验测试，D8253860，2025/06~2025/10，主持；

26.哈尔滨工程大学委托横向项目，水池砰击试验，D9255550，2025/10~2025/11，主持；


论文

  • Sun, Hao;Jiao, Jialong;Xu, Wenhua;Ma, Bowen;Chang, Xing,Intelligent prediction of ship wave loads and whipping responses from input motions by decomposition-superposition method,Ocean Engineering,2026
  • Xu, Wenhua;Li, Mingjue;Xu, Guodong;Jiao, Jialong;Liu, Hai,Study on the intelligent anti-roll control of a ship at zero speed based on flapping fins,Ocean Engineering,2025
  • Jiao, Jialong;Chen, Zhenwei;He, Lisi;Jiang, Caixia;Geng, Yanchao,Numerical study on hydroelastic responses and bending-torsion coupled loads of a ship in oblique regular waves,Ocean Engineering,2025
  • 宏波;李晓晨;焦甲龙,面向创新能力培养的海洋工程研究生课程教学改革与实践,高教学刊,2025
  • 徐文华;许国冬;焦甲龙,水下航行器仿生流场感知方法研究,数字海洋与水下攻防,2025
  • Jiao Jialong;Chen Zhenwei;Xu Wenhua;Jiang Caixia;Chen Shuai,CFD-FEM simulation of ship motions and loads in oblique regular waves,Chinese Journal of Ship Research,2025
  • Jiao, Jialong;Zou, Yuanting;Xu, Wenhua;Yang, Zheng,Experimental investigation of anti-roll performance of a ship with flap-type fin stabilizers in oblique waves at zero speed,Ocean Engineering,2025
  • Xu, Wenhua;Jiao, Jialong;Xu, Guodong;Zhang, Miao;Zou, Yuanting,Intelligent control of flap-type fin stabilizer for ship roll motion reduction,Ocean Engineering,2025
  • Zou Yuanting;Xu Wenhua;Jiao Jialong,基于近端策略优化的船舶横摇控制系统及试验研究,Journal of Vibration and Shock,2025
  • Chen, Zhenwei;Jiao, Jialong;Xu, Wenhua;Jiang, Caixia;Chen, Shuai,Numerical simulation of ship hydroelastic responses in short-crested irregular waves,Marine Structures,2025
  • 焦甲龙;陈振威;蒋彩霞;陈帅;司海龙,短峰不规则波中船舶水弹性响应的流固耦合模拟,哈尔滨工程大学学报,2025
  • Jia, Guangyan;Jiao, Jialong;Chen, Chaohe;Wu, Tiecheng,CFD simulation of wave-induced motions of an LNG ship considering tank sloshing effects,Brodogradnja,2025
  • Chen, Zhenwei;Jiao, Jialong;Chen, Yuanming;Jiang, Caixia;Chen, Shuai,Influence of wave directional spreading of short-crested irregular waves on ship motions and wave loads,Marine Structures,2025
  • 邹远停;徐文华;焦甲龙,基于近端策略优化算法的船舶横摇运动控制系统与试验研究,振动与冲击,2025
  • Chang, Xing;Chen, Zhenwei;Jiao, Jialong;Ma, Bowen,Experimental and numerical investigation on springing and whipping responses of a 21000TEU containership,Ocean Engineering,2025
  • Jiao, Jialong;Chen, Zhenwei;Chen, Shuai;Jiang, Caixia;Si, Hailong,Ship hydroelasticity responses in long-crested irregular waves by CFD-FEM simulation in comparison with segmented model experiment,Ocean Engineering,2025
  • Jiao, Jialong;Chen, Zhenwei;Xu, Sheng,CFD-FEM simulation of water entry of aluminium flat stiffened plate structure considering the effects of hydroelasticity,Brodogradnja,2024
  • 王强;焦甲龙,基于全非线性边界元法的楔形体入水冲击载荷特性研究,兵器装备工程学报,2024
  • Jiao, Jialong;Zhao, Mingming;Jia, Guangyan;Ding, Shang,SPH simulation of two side-by-side LNG ships' motions coupled with tank sloshing in regular waves,Ocean Engineering,2024
  • Zhao, Mingming;Jiao, Jialong,Smoothed-Particle Hydrodynamics Simulation of Ship Motion and Tank Sloshing under the Effect of Regular Waves,FDMP-Fluid Dynamics & Materials Processing,2024
  • Xu, Wenhua;Xu, Guodong;Jiao, Jialong,Experimental study of the propulsive performance and wake interactions of tandem flapping foils,Ocean Engineering,2024
  • Jiao, Jialong;Chen, Zhenwei;Xu, Wenhua;Bu, Shuxia;Zhang, Peijie,Asymmetric water entry of a wedged grillage structure investigated by CFD-FEM co-simulation,Ocean Engineering,2024
  • Ma, Bowen;Chang, Xing;Chen, Zhenwei;Jiao, Jialong,Hydroelasticity of a 21000TEU containership under freak waves by fluid-flexible structure interaction simulations,Ocean Engineering,2024
  • Jiao, Jialong;Chen, Zhenwei;Ma, Bowen;Chang, Xing,Insights into the scale effects on ship motions and wave loads considering hydroelasticity,Marine Structures,2024
  • Chen, Zhenwei;Jiao, Jialong;Jiang, Caixia;Si, Hailong;Chen, Shuai,Scale effects on wave loads and slamming loads in ship hydroelasticity simulation by CFD-FEM method,Ocean Engineering,2024
  • Chen, Zhenwei;Jiao, Jialong;Chen, Shuai;Zhang, Fan;Feng, Qiandong,CFD-FEM simulation of hydroelastic responses and slamming loads of a bow-flare ship advancing in head regular waves,Ships and Offshore Structures,2024
  • Chen, Zhenwei;Jiao, Jialong;Chang, Xing;Ma, Bowen,Numerical and experimental study of asymmetrical wave loads and hydroelastic responses of ship in oblique regular waves,Applied Ocean Research,2024
  • Jiao, Jialong;Ding, Shang;Zhao, Mingming;Jiang, Mengyun;Bu, Shuxia;Shi, Yanwen,Simulation of LNG ship's motions coupled with tank sloshing in regular waves by DualSPHysics,Ocean Engineering,2024
  • Ma, Bowen;Chang, Xing;Chen, Zhenwei;Jiao, Jialong,Hydroelasticity of a 21000TEU containership under freak waves by fluid-flexible structure interaction simulations (vol 314, 119748, 2024),Ocean Engineering,2024
  • 贾广言;陈超核;焦甲龙,考虑弹性舱壁的液舱晃荡数值模拟研究,2024
  • 徐文华;许国冬;焦甲龙,基于仿生压力感知的潜航器外流场参数识别方法研究,2024
  • Jiao Jialong;Zhang Hao;Chen Yuanming;Sun Shuzheng,长峰与短峰不规则波对船舶运动与波浪载荷的影响分析,Chinese Journal of Ship Research,2023
  • Chen, Zhenwei;Jiao, Jialong;Wang, Shan;Soares, C. Guedes,CFD-FEM simulation of water entry of a wedged grillage structure into Stokes waves,Ocean Engineering,2023
  • Jiao, Jialong;Tezdogan, Tahsin,Ship Motions and Wave Loads,Journal of Marine Science and Engineering,2023
  • 张皓;郝承明;曲自信;喻巧;焦甲龙,基于CFD的船舶水动力计算收敛性分析,造船技术,2023
  • 陈超核;杨跃富;李平;焦甲龙,海洋结构物腐蚀损伤及腐蚀疲劳评估方法研究综述,船舶力学,2023
  • Jiao Jialong;Tezdogan Tahsin,Ship Motions and Wave Loads,Journal of Marine Science and Engineering,2023
  • Ding Shang;Jiao Jialong;Zhao Mingming,液舱晃荡与浮体运动耦合的二维与三维 SPH 模拟影响研究,Ship Building of China,2023
  • Chen Zhenwei;Jiao Jialong;Wang Shan;Guedes Soares C.,CFD-FEM simulation of water entry of a wedged grillage structure into Stokes waves,Ocean Engineering,2023
  • Tang, Ying;Sun, Shi-Li;Yang, Rui-Song;Ren, Hui-Long;Zhao, Xin;Jiao, Jia-Long,Nonlinear bending moments of an ultra large container ship in extreme waves based on a segmented model test,Ocean Engineering,2022
  • Chen, Zhenwei;Jiao, Jialong;Wang, Qiang;Wang, Shan,CFD-FEM Simulation of Slamming Loads on Wedge Structure with Stiffeners Considering Hydroelasticity Effects,Journal of Marine Science and Engineering,2022
  • Huang, Songxing;Jiao, Jialong*;Chen, Chaohe*,Numerical prediction of ship motion and slamming load characteristics in cross wave,Journal of Marine Science and Technology (Japan),2022
  • Sun, Zhenzhou;Lu, Hongchao;Chen, Jiefeng;Jiao, Jialong,An Efficient Noise Elimination Method for Non-stationary and Non-linear Signals by Averaging Decomposed Components,Shock and Vibration,2022
  • Huang, Songxing;Jiao, Jialong;Soares, C. Guedes,Uncertainty analyses on the CFD-FEA co-simulations of ship wave loads and whipping responses,Marine Structures,2022
  • 丁绱;焦甲龙,基于SPH的圆球入水砰击载荷数值模拟,2021
  • Jiao, Jialong;Huang, Songxing,CFD-based Numerical Simulation and Investigation of Hydrodynamic Behavior of Wave-piercing Monohulls,Ship Building of China,2021
  • Huang, Songxing;Jiao, Jialong*;Chen, Chaohe*,CFD prediction of ship seakeeping behavior in bi-directional cross wave compared with in uni-directional regular wave,Applied Ocean Research,2021
  • Jiao, Jia-Long;Chen, Chao-He;Ren, Hui-Long,Investigation of hydroelastic response and slamming loads of ships in real waves by large-scale model measurement,Journal of Ship Mechanics,2021
  • Jiao Jialong;Huang Songxing,穿浪单体船型水动力性能的CFD数值模拟研究,Ship Building of China,2021
  • Jiao, Jialong;Ren, Huilong;Soares, C. Guedes,Vertical and horizontal bending moments on the hydroelastic response of a large-scale segmented model in a seaway,Marine Structures,2021
  • Jiao, Jialong;Huang, Songxing;Soares, C. Guedes,Viscous fluid-flexible structure interaction analysis on ship springing and whipping responses in regular waves,Journal of Fluids and Structures,2021
  • 黄松兴;焦甲龙;孙树政;陈超核,基于CFD的单体复合船水动力性能分析,哈尔滨工程大学学报（英文版）,2021
  • Jiao, Jialong;Ren, Huilong;Soares, C. Guedes,A review of large-scale model at-sea measurements for ship hydrodynamics and structural loads,Ocean Engineering,2021
  • 焦甲龙;陈超核;任慧龙,真实海况下船舶水弹性响应及砰击载荷的大尺度模型试验研究,船舶力学,2021
  • Huang, Songxing;Jiao, Jialong;Sun, Shuzheng;Chen, Chaohe,Hydrodynamic performance analysis of a hybrid monohull based on computational fluid dynamics,Harbin Gongcheng Daxue Xuebao/journal of Harbin Engineering University,2021
  • Jiao, Jialong;Huang, Songxing;Soares, Carlos Guedes,Numerical investigation of ship motions in cross waves using CFD,Ocean Engineering,2021
  • Huang, Song-Xing;Jiao, Jia-Long;Chen, Chao-He,Ship motion responses in cross wave and related safe navigation strategy,Zhejiang Daxue Xuebao (Gongxue Ban)/Journal of Zhejiang University (Engineering Science),2021
  • Jiao, Jialong;Huang, Songxing;Tezdogan, Tahsin;Terziev, Momchil;Soares, C. Guedes,Slamming and green water loads on a ship sailing in regular waves predicted by a coupled CFD-FEA approach,Ocean Engineering,2021
  • Jiao, Jialong;Huang, Songxing;Wang, Shan;Soares, C. Guedes,A CFD-FEA two-way coupling method for predicting ship wave loads and hydroelastic responses,Applied Ocean Research,2021
  • 曹伟楠;李晓晨;焦甲龙,基于CFD的二维与三维船体结构入水砰击载荷对比分析,2021
  • 焦甲龙;陈超核;任慧龙,短峰波中船舶运动与波浪载荷的频域水弹性理论与试验研究,船舶力学,2020
  • Jiao, Jia-Long;Chen, Chao-He;Ren, Hui-Long,Investigation of ship motions and wave loads in short-crested waves by frequency-domain hydroelasticity theory and experiment,Journal of Ship Mechanics,2020
  • Jiao Jialong;Huang Songxing;Chen Chaohe,基于RANS的短峰波中船舶耐波性预报,Ship Building of China,2020
  • Jiao, Jialong;Huang, Songxing;Chen, Chaohe,Prediction of Ship Seakeeping Performance in Short-crested Sea Waves with RANS Method,Ship Building of China,2020
  • Huang, Songxing;Jiao, Jialong;Chen, Chaohe,Comparative study on ship motions in uni-and bi-directional waves by cfd,2020
  • 黄松兴;焦甲龙;陈超核,短峰不规则波中船舶耐波性CFD模拟研究,2020
  • 焦甲龙;黄松兴;陈超核,短峰不规则波的CFD数值模拟方法研究,2020
  • Jiao, Jialong;Huang, Songxing;Yang, Yuefu;Chen, Chaohe,A cfd simulation study of ship motions in cross sea waves,2020
  • Jiao Jialong;Huang Songxing;Tong Xiaowang,方形波浪中船舶运动特性的CFD数值模拟研究,Ship Building of China,2020
  • Jiao, Jialong;Huang, Songxing;Tong, Xiaowang,Study on Ship Motion Behavior in Cross Waves by CFD Numerical Simulation,Ship Building of China,2020
  • Jiao, Jialong;Huang, Songxing,CFD Simulation of Ship Seakeeping Performance and Slamming Loads in Bi-Directional Cross Wave,Journal of Marine Science and Engineering,2020
  • Jiao, Jialong;Chen, Zhanyang;Chen, Chaohe;Ren, Huilong,Time-domain hydroelastic analysis of nonlinear motions and loads on a large bow-flare ship advancing in high irregular seas,Journal of Marine Science and Technology (Japan),2020
  • Jiao, Jialong;Qing, Chuandong;Ren, Huilong;Chen, Chaohe,A Hybrid FEM-BEM Approach to Structural Fatigue Damage Analysis of Ultra-large Ship Considering Springing Effects,Ship Building of China,2019
  • Jiao, Jia-Long;Sun, Shu-Zheng;Li, Ji-De;Chen, Chao-He,Extrapolation of actual ship responses from large-scale model seakeeping measurement based on system identification,Journal of Ship Mechanics,2019
  • Jiao, Jialong;Chen, Chaohe;Ren, Huilong,A comprehensive study on ship motion and load responses in short-crested irregular waves,International Journal of Naval Architecture and Ocean Engineering,2019
  • Jiao, Jialong;Yu, Haicheng;Chen, Chaohe;Ren, Huilong,Time-domain numerical and segmented model experimental study on ship hydroelastic responses and whipping loads in harsh irregular seaways,Ocean Engineering,2019
  • Jiao, Jialong;Zhao, Yulin;Zhang, Hao;Ren, Huilong,Study on wave loads and slamming loads of a ship by large-scale model hydroelastic experiment,Journal of Vibration and Shock,2019
  • Jiao, Jialong;Jiang, Yong;Zhang, Hao;Li, Chengjun;Chen, Chaohe,Predictions of Ship Extreme Hydroelastic Load Responses in Harsh Irregular Waves and Hull Girder Ultimate Strength Assessment,Applied Sciences-Basel,2019
  • 焦甲龙;陈超核;任慧龙;孙树政;李积德,舰船大尺度模型耐波性试验海浪相似性分析,哈尔滨工程大学学报（英文版）,2019
  • Jiao, Jialong;Chen, Chaohe;Ren, Huilong;Sun, Shuzheng;Li, Jide,Similarity analysis of sea waves for large-scale ship model seakeeping measurement,Harbin Gongcheng Daxue Xuebao/journal of Harbin Engineering University,2019
  • 焦甲龙;陈超核;任慧龙;李辉,随机海浪中船舶波浪载荷与砰击载荷的时域水弹性响应分析,2019
  • 焦甲龙;陈超核;任慧龙,基于水弹性理论的船舶波浪载荷极值预报与结构极限强度评估,2019
  • Jiao Jialong;Qing Chuandong;Ren Huilong;Chen Chaohe,基于FEM-BEM法考虑弹振效应的超大型船舶结构疲劳损伤分析,Ship Building of China,2019
  • Jiao, Jialong;Zhao, Yulin;Chen, Chaohe;Li, Xiaochen,Slamming and Green Water Loads on Bow-Flare Ship in Regular Head Waves Investigated by Hydroelasticity Theory and Experiment,Journal of Shanghai Jiaotong University (Science),2019
  • 焦甲龙;孙树政;李积德;陈超核,基于系统辨识的大尺度模型耐波性试验实船响应外推预报,船舶力学,2019
  • Jiao, Jialong;Sun, Shuzheng;Li, Jide;Adenya, Christiaan Adika;Ren, Huilong;Chen, Chaohe;Wang, Dongjiao,A comprehensive study on the seakeeping performance of high speed hybrid ships by 2.5D theoretical calculation and different scaled model experiments,Ocean Engineering,2018
  • Yu, Haicheng;Xia, Yi;Jiao, Jialong;Ren, Huilong,Investigation on Ship Hydroelastic Vibrational Responses in Waves,Applied Sciences-Basel,2018
  • Jiao, Jialong;Zhao, Yulin;Ai, Yufei;Chen, Chaohe;Fan, Tianhui,Theoretical and Experimental Study on Nonlinear Hydroelastic Responses and Slamming Loads of Ship Advancing in Regular Waves,Shock and Vibration,2018
  • Jiao, Jialong;Chen, Chaohe;Sun, Shuzheng;Adenya, Christiaan Adika;Ren, Huilong,Reproduction of ocean waves for large-scale model seakeeping measurement: The case of coastal waves in Puerto Rico & Virgin Islands and Gulf of Maine,Ocean Engineering,2018
  • Chen, Zhanyang;Jiao, Jialong,INVESTIGATION OF EFFECTS OF WAVE DIRECTIONS ON HULL WAVE LOADS BY HYDROELASTIC EXPERIMENTAL METHOD,Journal of Marine Science and Technology-Taiwan,2017
  • Jiao, Jialong;Ren, Huilong;Chen, Chaohe,Model testing for ship hydroelasticity: A review and future trends,Journal of Shanghai Jiaotong University (Science),2017
  • Jiao, Jialong;Ren, Huilong;Adenya, Christiaan Adika;Chen, Chaohe,Development of a Shipboard Remote Control and Telemetry Experimental System for Large-Scale Model's Motions and Loads Measurement in Realistic Sea Waves,Sensors (Switzerland),2017
  • Chen, Zhanyang;Jiao, Jialong;Li, Hui,Time-domain numerical and segmented ship model experimental analyses of hydroelastic responses of a large container ship in oblique regular waves,Applied Ocean Research,2017

出版专著和教材

专利

  • 徐文华;焦甲龙;许国冬,一种潜航器舵叶绕流场的仿生学测量与在线估计方法,2023114003023,2024-12-27
  • 焦甲龙;李晓晨,一种CFD-FEM-SPH四向耦合的载液船舶水弹性响应模拟方法,2021110691557,2024-10-25
  • 焦甲龙;时浩南;李培杰;陈洪洪;陈振威,一种可调刚度U型龙骨梁、分段船模及其调整方法,2022108195962,2024-04-19
  • 许国冬;蔡昊鹏;焦甲龙;周斌珍,一种船尾减阻减纵摇装置,2022115631788,2024-04-19
  • 李晓晨;曹伟楠;焦甲龙;李晓明;卢洪超;陈超核,一种基于OpenFOAM的多层流体晃荡的模拟方法,2022101949403,2023-10-13
  • 焦甲龙;丁绱,一种基于SPH的双向波浪中船舶耐波性预报方法,2021107874571,2023-09-29
  • 焦甲龙;陈洪洪;李培杰;时浩南;陈振威,一种基于梁理论的柔性仿生机器鱼及其设计方法,2022106779146,2023-09-26
  • 焦甲龙;李培杰;陈振威;陈洪洪;时浩南,一种结构物六自由度运动的入水砰击试验装置,2022107187418,2023-08-18
  • 焦甲龙;丁绱,一种基于SPH的数值水池中方形波浪的模拟方法,202110569294X,2022-12-16
  • 焦甲龙,一种基于船波相对运动的砰击载荷预报方法,2021101578678,2022-09-20
  • 陈超核;焦甲龙;刘艾华;林毅峰;吴启仁;刘建平;王忠亮;刘运志;陈新群;彭作为;刘太平;刘俊峰;王维;李斌奇;熊仁树;许新鑫;徐原;倪道俊;薛洋洋;李亚静;刘兆庆;周莉莉;陈鹏飞;樊天慧,一种漂浮式海上风力发电装置的大尺度模型试验系统及制作方法,2020111725467,2022-07-15
  • 焦甲龙;黄松兴,一种船舶横摇运动响应的快速预报方法,2021101334828,2022-06-14
  • 焦甲龙;黄松兴,一种船舶垂向运动响应的快速预报方法,202011116064X,2022-05-24
  • 焦甲龙;黄松兴,一种船模六自由度运动测量的适航装置,2021101967074,2022-04-22
  • 焦甲龙;陈超核,一种高耐波性船舶浮体装置,2020106183548,2022-01-18
  • 焦甲龙;黄松兴;陈超核,一种测量船体剖面六分量波浪载荷的模型及方法,2019112110819,2021-10-26
  • 焦甲龙;黄松兴;陈超核,一种操纵船舶双舵的连杆传动机构,2019110755886,2020-12-22
  • 焦甲龙;陈超核;黄松兴;张皓,一种破冰船水池模型实验装置,2019110054797,2020-10-27
  • 焦甲龙;黄松兴;陈超核,一种船舶水弹性试验的断轴式分段自航模型,2019111499641,2020-09-22
  • 焦甲龙;黄松兴;陈超核,一种实海域大尺度船模阻力试验系统,2019110300039,2020-08-18
  • 陈超核;宋志飞;焦甲龙,一种运维船模型和测试方法,PCT/CN2024/108019,/
  • 焦甲龙;陈超核;黄松兴,一种抑制船体梁水弹性振动的能量转换装置及其设计方法,201911105164X
  • 焦甲龙;张皓;陈超核;黄松兴,一种船舶水弹性试验的简化结构模型及其设计方法,2019112503540
  • 焦甲龙,一种采用U型龙骨梁的水弹性试验船模及其设计方法,201911292694X
  • 焦甲龙,一种基于阵列式加速度计的船舶六自由度运动测量方法,202010629505X
  • 焦甲龙;陈超核;黄松兴,一种中试艇海试系统及其进行舰船总体性能测试的方法,2020111289684
  • 焦甲龙;容亮湾,一种冰区航行船舶流固耦合的CFD–FEM–DEM模拟方法,2022105130843
  • 焦甲龙;陈振威;丁绱;赵明明,一种液舱晃荡试验的三自由度平面运动控制平台,2022108303577
  • 许国冬;林慰;焦甲龙,一种漂浮式海上风电系统,2022112510743
  • 焦甲龙;陈振威;许国冬;容亮湾,一种航行器高速入水砰击与空化现象的流固耦合模拟方法,202211372795X
  • 焦甲龙;赵明明;丁绱;贾广言;陈超核,一种液货船舶运动与液舱晃荡耦合的SPH模拟方法,2022114637630
  • 焦甲龙;赵明明;丁绱;李晓晨;陈超核,一种液货船舶旁靠作业时多浮体水动力的SPH模拟方法,202211487272X
  • 许国冬;蔡昊鹏;焦甲龙;周斌珍,一种船尾减阻减纵摇装置,2022115631788
  • 焦甲龙;蓝俊杰,一种多节铰接式喷水型舭龙骨,202310679543X
  • 陈超核;谭磊;陈远明;谭纶;姜永;焦甲龙;樊天慧;宋志飞,一种波浪补偿登乘步桥测试系统及测试方法,2023107980279
  • 焦甲龙;贾广言;陈超核,一种含液舱船舶耐波性的CFD数值模拟方法、系统、设备及介质,2023111368533
  • 焦甲龙;陈振威;罗思婷,一种液货船舶波浪载荷试验的分段弹性模型,2023108742155
  • 陈超核;宋志飞;焦甲龙,一种运维船模型和测试方法,2023109285975
  • 焦甲龙;徐文华,基于随船浪高仪的绝对波高测量系统及方法,2024100156314
  • 焦甲龙;卜淑霞;张培杰;杨晨;辜坚;童晓旺,一种六自由度运动船舶的甲板上浪计算方法,2024101331908
  • 焦甲龙;陈振威;徐文华,测量实海域三维海浪方向谱的阵列式浪高仪装置,202510007037
  • 徐文华;焦甲龙;邹远停,一种船舶零航速减横摇的试验装置及控制方法,2025102221986
  • 焦甲龙;陈振威;徐文华,测量实海域三维海浪方向谱的阵列式浪高仪装置,2025100070375

获奖、荣誉称号

软著

  • 随机海浪中船舶运动姿态短时预报软件,软著登字第5250926号,2020SR0372230,2020-04-24
  • 豪华邮轮船体型线设计与自动生成软件,软著登字第5094756号,2020SR0216060,2020-03-05
  • 基于势流理论与卡尔曼滤波的潜航器水下流场感知方法软件[简称：潜航器水下流场感知方法软件]V1.0,软著登字第14285667号,2024SR1881794,2024-11-25 00:00:00