Main research direction: design and key technology of naval architecture and ocean structure, including design of naval architecture and common basic technology of design, ocean engineering design and key design technology, digital design method and software system development, naval architecture and ocean engineering system analysis, and research and development of an intelligent system for safe marine operations.
Main research direction: development of advanced manufacturing technology and heavy equipment of naval architecture and ocean structure, digital technology and software application for shipbuilding production and management.
Main research direction: ocean engineering environment, hydrodynamic performance analysis, dynamic load research, and fluid-structure coupling.
Main research direction: environmental damage mechanism and control technology of naval architecture and ocean structure, including life-cycle safety technology of ocean structure, strength analysis technology of ocean structure, key technologies for design and installation of deep-sea risers, and dynamic response characteristics of ocean structure.
Main research direction: ship structure design and dynamic optimization, ship structure vibration and acoustic radiation simulation and control, ship structure strength, vibration and cabin noise, and dynamic catastrophe analysis and performance design of ocean engineering structure.
Main research direction: underwater noise and vibration, including underwater noise analysis and control, noise source identification and transfer path analysis, and underwater sound propagation and signal processing.