Maritime Engineering articles for Shanghai Jiao Tong University (SJTU), China

Time frame: 1 June 2025 - 30 May 2026

View topic

Count: 14

Article ‘Count’ for Maritime Engineering.

Journal Count Share
3 1.83
Optimal power allocation strategy and characteristic analyze of parallel IRGT/SOFC system for large ocean-going vessel under multi-scenario operation 0.78
A multi-objective deep reinforcement learning framework for energy efficiency of autonomous harbor crafts 0.25
Optimization of sail-hybrid electric power system for ships considering correlated environmental uncertainties 0.81
9 5.18
New conceptual design and dynamic performance analysis of the stepped single-column shallow-draft floating wind turbine under mooring failure conditions 0.11
Passive mitigation of nacelle vibration in tension leg platform floating offshore wind turbines through an inerter-enhanced damper: experimental investigation 0.75
An energy management strategy for hydrogen-powered electric vessels based on data- enabled predictive control model combined with probabilistic load forecasting 0.14
Fully coupled aero-hydrodynamic analysis of a floating VAWT with enhanced spar platforms 0.21
Enhancing Self-sustainability via Robust Speed Optimization for an Unmanned Photovoltaics-Battery Vessel under Solar Irradiance and Sea Wave Uncertainties 1.00
Towards high-fidelity wind farm layout optimization using polynomial chaos expansion and Kriging model 0.67
An Experimental Comparative Study of Aerodynamic Thrust Modeling in Basin Testing of Floating Wind Turbines: Real-Time Hybrid Method and Thrust-Scaled Blade Model 0.75
Quick-safe intelligent control strategy for SOFC/GT all-electric ship propulsion system under pulsed load using EO-NN approach 0.75
Unsteady aeroelastic performance of the 15 MW floating offshore wind turbine under surge condition 0.80
2 1.40
Wave-Aware Control of Workspace-Constrained Shipboard Robots for Motion Compensation in Rough Seas 1.00
Underwater Target Tracking with Unknown Maneuver by Remotely Operated Vehicles: A Digital Twin-Driven Strategy 0.40

Numerical information only (in the tables above) is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International.