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Safety culture, enhancing shipping safety through better near miss reporting
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Experimental and numerical analysis of the squat and resistance of ships advancing through the new Suez Canal
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Financial risk management in shipping investment, a machine learning approach
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Software-in-the-loop applications for improved physical model tests of ocean renewable energy devices using artificial intelligence
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Time-domain simulation of seakeeping and manoeuvring of ships in deep and shallow water waves
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An isogeometric boundary element method for three-dimensional lifting flows
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Reliability-based optimization of floating wind turbine support structures
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Multi-scale modelling of ice-structure interactions
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Fluid-structure interaction simulations on skeleton-reinforced biomimetic fin propulsion
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Investigating the role of corporate social responsibility in achieving a sustainable shipping industry in the aftermath of United Nations 2030 Agenda
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Peridynamics for damage prediction in ships and offshore structures
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A compound novel data-driven and reliability-based predictive maintenance framework for ship machinery systems
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A resilience assessment framework for shipping companies which learns from past accidents by using a Fuzzy Cognitive Maps-based approach
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The development of intelligent hull forms of large ships for energy efficient transportation
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Development of computational and experimental techniques to Investigate the effect of biofouling on ship hydrodynamic performance
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Experimental and numerical quantification of influences of drugs on zebrafish larvae swimming kinematics and energetics
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Human-oriented design, automatic collision avoidance by better man-machine interaction and information flow
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Steady and unsteady waves generated by a moving body and multiple bodies
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A structured, systemic methodology to improve maritime fire safety in machinery spaces
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A novel safety analysis method for marine cyber-physical systems
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Peridynamics theory and its applications in isotropic and functionally graded beam and plate structures
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Analysis of ship performance in deep and shallow waters using CFD
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Peridynamic modeling of fire damage in composites
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Reconfiguring the ship environment for damage stability enhancement
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