Applied Ocean Research

Papers
(The H4-Index of Applied Ocean Research is 36. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-04-01 to 2025-04-01.)
ArticleCitations
A self-sustaining autonomous system for long-term Arctic monitoring233
Cooperative event-triggered control for the multi-USVs via the formation reconstruction200
Submarine pipeline corrosion rate prediction model based on high-dimensional mapping augmentation and residual update gradient forest117
Acoustic vibrations of underwater double-walled cylindrical shells with elastically restrained boundaries90
Autonomous sailboat velocity prediction program considering the sea-surface wind velocity gradient90
Experimental study on shock wave and bubble pulsation behavior generated by underwater aluminum wire electrical explosion89
Generation of navigation database using AIS data for remote situational awareness of coastal vessels61
Numerical study of lateral soil resistance to pipe movement in sandy slopes59
Microstructure properties of soft soils under marine, interactive marine, and river-lake facies sedimentary environments59
Experimental study of floating bridge global response when subjected to waves and current56
Structural dynamic performance of floating continuous beam bridge under wave and current loadings: An experimental study54
Explainable AI for ship collision avoidance: Decoding decision-making processes and behavioral intentions51
Combination of backscatter calculation and image segmentation for denoising gated light ranging and imaging in fishing net detection50
A pole–residue method for computing the transient hydroelastic responses of VLFSs48
Data-driven dynamic modeling for precise trajectory tracking of a bio-inspired robotic fish47
Rainbow reflection of linear long waves excited by a finite graded array of trapezoidal bars46
Calculation model for lateral response of piles considering the characteristics of sand convection under asymmetric cyclic loading46
Composite learning tracking control for underactuated autonomous underwater vehicle with unknown dynamics and disturbances in three-dimension space46
Wave-attenuation and hydrodynamic properties of twin pontoon floating breakwater with kelp45
Compact floating wave energy converter arrays: Inter-device mooring connectivity and performance44
Analysis of seawater-sediment-bedrock interaction model under obliquely incident P-SV waves with arbitrary angles44
Finite element analyses of improved lateral performance of monopile when combined with bucket foundation for offshore wind turbines44
Reduced order modeling of wave energy systems via sequential Bayesian experimental design and machine learning43
Numerical investigation of multi rising bubbles using a Coupled Level Set and Volume Of Fluid (CLSVOF) method43
Hydrokinetic power scavenging from galloping phenomenon with two juxtaposed bluff bodies43
Deep reinforcement learning for adaptive path planning and control of an autonomous underwater vehicle42
Experimental Study on Sediment Suspension over the Liquefied Sand-clay Seabed under Waves41
Beach nourishment with coarse sediments: An in-situ investigation on the issues of abrasion and chipping41
Sediment dynamics and vegetation resilience: A case study on the tidal flats in the Yangtze Delta40
Numerical investigation of internal flow characteristics in an azimuth waterjet propulsion at different ship speeds40
Size-dependent behavior of micro piezoelectric VIV energy harvester: Parametric study and performance analysis39
Nonlinear antiswing control for shipboard boom cranes with full state constraints38
The surrogate model for short-term extreme response prediction based on ANN and Kriging algorithm38
Prediction of uplift resistance of circular anchors in anisotropic clays using MLR, ANN, and MARS37
A study of wave-driven flow characteristics across a reef under the effect of tidal current37
Prediction of buffeting responses of the thin plate under joint action of wave and wind using LSTM and transfer learning36
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