Marine Structures

Papers
(The H4-Index of Marine Structures is 34. 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 2022-06-01 to 2026-06-01.)
ArticleCitations
Using the polynomial chaos expansion and bias-variance tradeoff to analyse the statistical characteristics of a trimaran cross-deck structure116
Efficient long-term extreme response and fatigue analysis of offshore structures under stochastic wave, current and wind loads98
Weld toe versus root fatigue failure mode and governing parameters: A study of aluminum alloy load-carrying fillet joints88
Development of а unified theoretical model for ice load determination in ship - ice collisions considering ice crushing74
Corrigendum to “Non-linear dynamic behavior of T0 and T90 mesopelagic trawls based on the Hilbert–Huang transform” [Marine Structures, Volume 100, 15 March 2025, 103727]65
One operational modal parameter identification approach for offshore wind turbine structure resisting low-frequency and high-energy noise interference61
Parametric method for the assessment of fatigue damage for marine shaft lines57
Frequency-domain hydroelastic stress analysis considering local bending effect based on a two-step procedure53
Mechanical properties of marine polymer foams in the arctic environment52
Accuracy verification of the 2D spectral AIS method by the hull monitoring data52
Collapse of composite-repaired cylinders with internal metal loss subjected to external hydrostatic pressure47
Influences of interface bonding behavior on the arresting performance of CFRP buckle arrestors - Part II: Analysis45
Ice impact response and energy dissipation characteristics of PVC foam core sandwich plates: Experimental and numerical study44
An integrated hydrodynamic module of FOWTs using accelerated BEM solver and modified Morison coefficients44
An aero-hydro-servo-elastic coupled frequency-domain method for dynamic analysis of floating wind turbines44
Reliability-based design optimization of river-sea-going ship based on agent model technology42
Field data observations for monitoring the impact of typhoon “In-fa” on dynamic performances of mono-pile offshore wind turbines: A novel systematic study42
Uncertainties in modelling the low-frequency wave-induced global loads in ships42
Identification and analysis of the offshore near-fault pulse ground motion and its influence on the seismic response of bridge piers42
Dynamic ultimate strength analysis of stiffened plate based on Idealized Structural Unit Method41
A general scaled model design method of stiffened plate subjected to combined longitudinal compression and lateral pressure considering the ultimate strength and collapse modes41
Dynamic interaction between bidirectional forced oscillations and local scour beneath pipelines in a steady current40
Reliability-based structural design of a vertical subsea separator for deep-water applications38
Numerical investigation of flow-induced vibrations in two tandem circular cylinders at low gap ratios with considering collisions38
Experimental study of liquid slamming in elastic rectangular tanks under the flip-through impact37
A study for the bending vibration analysis of the intermittently welded stiffened plate37
Editorial Board37
Experimental and theoretical studies of particle damping for the suppression of vortex-induced vibrations in different branches37
Local joint flexibility of tubular K-joints reinforced with external plates under IPB loads36
Numerical investigations into the influence of geometric configurations on hydrodynamic characteristics of torpedo anchors36
Review of the uncertainties associated to hull girder hydroelastic response and wave load predictions36
A CPT-based p-y model for laterally loaded monopiles in sand35
Background for revised fatigue analysis methodology of subsea connectors in DNV-RP-C20335
Three-dimensional VIV characteristics of a flexible riser considering parameters uncertainty35
Modal matrix reduction for fully coupled integrated load analysis of floating structures34
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