·Effect
of high-low frequency superimposed loading on the fatigue crack
propagation of longi-web connection joint，International
Journal of Fatigue,
Volume 163, 2022,107043. (SCI收录) ·Experimental
study on the fatigue damage of designed T-type specimen with
high-low frequency superimposed loading, International
Journal of Fatigue,
Volume 143 , 2021, 105985. (SCI收录) ·Fatigue
crack growth prediction for shot-peened steel considering
residual stress relaxation, Materials
& Design,
Volume 234, 2023, 112301. (SCI收录) ·Effect
of stress shot peening on the microstructure and residual stress
of Al18B4O33 whisker reinforced aluminum matrix composite,Surface and
Coatings Technology,
Volume 479, 2024, 130546. (SCI收录) ·Shape
function method based on truncated singular value decomposition
regularization for hull longitudinal bending moment
identification, Measurement,
Volume 232, 2024, 114703. (SCI收录) ·Numerical
and experimental studies on flow characteristics and wind comfort
assessment for the open decks of a cruise ship, Ocean
Engineering,Volume
309, Part 1, 2024, 118393. (SCI收录) ·Investigation
of aerodynamic noise distribution characteristics on cruise ship
open decks using broadband noise source models, Ocean
Engineering,
Volume 310, Part 2, 2024, 118748. (SCI收录) ·Experimental
and analytical assessment of the bending behaviour of floating
inflated membrane beams, Ocean
Engineering, 2024,
314: 119710. (SCI收录) ·Mechanical
behaviour of rigid-flexible combined structures:
aluminium-inflated membrane beams for application in floating
photovoltaic platform, Thin-Walled
Structures, 2024:
112628. (SCI收录) ·Investigation
of Effect of Wind-Induced Vibration on Typical Frame Structures
on the Open Decks of Large Cruise Ships Based on the Subdomain
Method. Journal
of Marine Science and Engineering.
2023; 11(12): 2210. (SCI收录) ·A
Strain Fitting Strategy to Eliminate the Impact of Measuring
Points Failure in Longitudinal Bending Moment
Identification. Journal
of Marine Science and Engineering.
2023; 11(12):2282. (SCI收录) ·Development
of an Underwater Detection Robot for the Structures with Pile
Foundation. Journal
of Marine Science and Engineering.
2024; 12(7): 1051. (SCI收录) ·Fatigue
damage of designed T-type specimen under different proportion
repeating Two-Step variable amplitude loads, Engineering
Fracture Mechanics,
Volume 221, 2019, 106684, (SCI收录) ·Experimental
and numerical investigations on the collapse behaviour of box
type hull girder subjected to cyclic ultimate bending moment,Thin-Walled
Structures, Volume
175, 2022, 109204 (SCI收录) ·Experimental
and numerical investigation on the detailed buckling process of
similar stiffened panels subjected to in-plane compressive load,Thin-Walled
Structures,Volume
148, 2020, 106620. (SCI收录) ·Experimental
and Numerical Studies on Bending and Failure Behaviour of
Inflated Composite Fabric Membranes for Marine Applications,Journal of Marine
Science and Engineering,
2023, 11: 800. (SCI收录) ·Bending
and Wrinkling Behaviours of Polyester Fabric Membrane Structures
under Inflation, Journal
of Industrial Textiles,
2022, Vol. 0(0) 1–27. (SCI收录) ·Experimental
and numerical analysis of the ultimate compressive strength of
double-deck structures with a large opening, Ships
and Offshore Structures,
2022. (SCI收录) ·Experimental
and analytical investigation of fatigue crack propagation of
T-welded joints considering the effect of boundary condition.Fatigue &
Fracture of Engineering Materials & Structures.
2017, 40(6): 894-908. (SCI收录) ·Fatigue
Characteristic of Designed T-Type Specimen under Two-Step
Repeating Variable Amplitude Load with Low-Amplitude Load below
the Fatigue Limit, Journal
of Marine Science and Engineering,
2021, 9: 107. (SCI收录) ·The
Effects of Shot Distance and Impact Sequence on the Residual
Stress Field in Shot Peening Finite Element Model. Metals.
2021, 11: 462. (SCI收录) ·Small-Scale
Experimental Investigation of Fatigue Performance Improvement of
Ship Hatch Corner with Shot Peening Treatments by Considering
Residual Stress Relaxation, Journal
of Marine Science and Engineering,
2021, 9: 419. (SCI收录) ·The
effect of shot peening on fatigue life of Q345D T-welded joint,Journal of
Constructional Steel Research，2016.11.01，126：74~82.
(SCI收录) ·基于形函数的船体梁总纵弯矩识别方法研究.中国造船,
2024, 65(04): 77-88页（EI收录） ·循环载荷下大开口箱型梁弯曲极限强度试验研究，中国造船，2023年03期：1-12页（EI收录） ·基于流体腔方法的海上充气膜结构抗弯承载性能研究，中国造船，2023年03期：13-22页（EI收录） ·考虑通风条件影响的横贯浸水装置模型试验研究，中国造船，2023年04期：16-27页（EI收录） ·大型邮轮开孔高腹板板架结构屈曲特性研究，中国造船，2022年04期：15-23页（EI收录） ·大型邮轮偏心支柱结构极限承载力研究，中国造船，2021年03期：28-39页（EI收录） ·含缺陷船体纵骨节点疲劳裂纹扩展寿命评估，中国造船，2020年01期：29-40页（EI收录） ·切口节点疲劳试验及损伤演化仿真研究，船舶力学，2018年10期：1249-1256页（EI收录） ·一种特殊动力吸振器阻抑结构声传递特性分析.振动与冲击,
2016, 35(10):218-224. (EI收录) ·Study
on wave load prediction and fatigue damage analysis of
river-sea-going ship，Proceedings
of the International Conference on Offshore Mechanics and Arctic
Engineering - OMAE2018.（EI收录） ·An
experimental investigation of inflatable fabric beams of floating
composite causeway，OMAE2018.（EI收录） ·Experimental
Study on Fatigue Characteristics of Typical Welded Joints of
River-Sea-Going Ship, ISOPE2017.（EI收录） ·Experimental
Study on Fatigue Characteristics of T-welded Joint under
Repeating Two-step Load, ISOPE2017.（EI收录） ·A
multi-purpose offshore operation platform for the construction of
sea-crossing bridge，Applied
Mechanics and Materials, v 178-181, p 2294-2298, 2012. （EI收录） ·喷丸强度对船舶典型Q345钢十字型焊接接头残余应力分布的影响，机械工程材料,
2024, 48(08): 77-82. ·有限元模拟再喷丸参数对Q345B钢残余应力演变规律的影响，机械工程材料,
2024, 48(08): 83-89. ·超声冲击处理焊接接头缺口应力集中系数研究，武汉理工大学学报,
2024, 46(05): 64-70. ·超声冲击对厚板异种钢T型焊接接头组织与硬度的影响，机械工程材料,
2023, 47(11): 6-11. ·基于失效模式的船体典型加筋板极限承载能力预报，装备环境工程,
2023, 20(09): 81-90. ·基于子域赋值法的邮轮典型阳台气动噪声预报，船舶工程,
2023, 45(07): 39-46. ·基于声线法的邮轮开敞区域辐射噪声特性分析，船舶工程,
2023, 45(02): 54-60. ·基于子结构法的邮轮典型大跨度结构振动分析，船舶工程,
2022, 44(08): 7-13+161. ·邮轮典型开孔高腹板板架结构极限强度分析，中国舰船研究，2021年5期，第16卷：181-188页． ·管路激励下邮轮典型板架结构的声振特性，船舶工程，2022年5期，第44卷：27-32，89页． ·基于雨流计数法的高低频复合疲劳试验研究，船舶工程，2018年10期，第40卷：27-34页． ·两级交变载荷下船体结构典型节点疲劳试验研究，船舶工程，2019年8期，第41卷：15-19页． ·基于DCGAN的水下结构物表面缺陷图像生成，长江科学院院报,
2023, 40(09):155-161. ·中型邮轮玻璃幕墙结构风致振动分析，武汉理工大学学报(交通科学与工程版),
2023, 47(04): 670-675. ·工程结构物水下检测技术及其应用，武汉理工大学学报（交通科学与工程版），2021，45（03）：P499-506． ·变历程两级交变载荷下切口试件疲劳试验研究，武汉理工大学学报（交通科学与工程版），2020，44(02)，P244-249． ·激光喷丸强化高强钢Q345B残余应力分布特性研究．武汉理工大学学报(交通科学与工程版)，2019，43(05)：P882-885，892. ·V形柔性浮式防波堤消波特性研究．武汉理工大学学报(交通科学与工程版)，2021，45(01):76-81. ·水面光伏浮体结构安全性评估方法研究．武汉理工大学学报(交通科学与工程版)，2018，42(04)：P631-636． ·海上风电打桩船运动响应分析，武汉理工大学学报(交通科学与工程版)，2016，40(05)：P830~833. ·宽扁肥大型江海直达船疲劳损伤精细化评估方法，发明专利：ZL202011561050.9 ·江海直达船的舱口角隅结构，发明专利：ZL202011512313.7 ·江海直达船水下检测系统，发明专利：ZL202110063327.3 ·自适应模块化智能组合浮桥及自动架设方法，发明专利：ZL202410451409.9 ·多传感器故障预测方法、装置、电子设备及存储介质，发明专利：ZL202410307247.1 ·一种用于水下桥墩拍摄的稳定调焦摄像头，发明专利：ZL202310630793.4 ·一种海上桩基防冲刷装置及其安装方法，发明专利：ZL202211211785.8 ·长距离引水隧洞运行期病害智能检测方法，发明专利：ZL202210661761.6 ·一种长距离引水隧洞运行期病害智能检测机构，发明专利：ZL202221470006.1 ·一种水上浮桥组合方法及系统，发明专利：ZL202210608442.9 ·一种船舶应急堵漏装置及其使用方法，发明专利：ZL202210528377.9 ·一种用于海水缓速的气囊设备、系统及其使用方法，发明专利：ZL202210374570.1 ·基于电磁弹射的邮轮破损应急装置，发明专利：ZL202210324693.4 ·一种变截面桥墩水下结构检测装置及其检测方法，发明专利：ZL202110341622.0 ·一种集成自航式固定平台的桥墩水下结构检测装置及方法，发明专利：ZL202110341623.5 ·一种自动展开式浮桥单元，发明专利：ZL202210053133.X ·一种气撑式刚柔组合轻型折叠浮桥，发明专利：ZL202110988485.X ·一种海上风电场钢管桩浮运装置，发明专利：ZL201510151171.9（已转化） ·一种气囊式智能助浮救援潜器，发明专利：ZL201610338177.1 ·一种钢管桩多功能施工辅助船结构，发明专利：ZL201510487589.7 ·一种预浮力插接式柔性浮桥，发明专利：ZL201710771515.5 ·一种水上多用途刚柔组合式浮箱模块，发明专利：ZL201711158739.5 ·一种用于浮桥模块连接的缓冲连接器，发明专利：ZL201710889913.7 ·船用水下检测支架结构及其操作方法，发明专利：ZL201810539674.7 ·旋转扰流式防波堤及其防波浮体单元，发明专利：ZL201811615269.5 ·自动升降式桥梁桩基水下检修装置，发明专利：ZL201811615283.5 ·混凝土锚碇现浇筑工艺方法及浮式结构物，发明专利：ZL201910016226.3（已转化） | 
