(Including but not limited to the following topics)
Track 1: Structural Mechanics
Advanced structural mechanics of Composite materials
Structural mechanics of functional materials
Metamaterial structural mechanics
Micro-nano structural mechanics
Biomimetic structural mechanics
Static and dynamic mechanics of intelligent structures
Advanced Structural Dynamics and Control
Nonlinear vibration and noise suppression
Thermal fatigue and mechanical fatigue
Vibration reduction, noise reduction and shock resistance
Structural mechanics in extreme aerospace environments
Advanced manufacturing and structural mechanics, high-temperature structural dynamics, etc
Track 2: Ship and Ocean Engineering
Ship structure
Innovative ship and engineering design
Research on advanced shipbuilding technologies such as digital shipbuilding
Automation and Control of ship systems
Marine engineering, underwater acoustic engineering
Ship Electrical and Communication
Autonomous underwater vehicle
Design and manufacture of ships and Marine structures
Structural Mechanics of ships and Marine Engineering
Marine engineering
Engineering fluid mechanics, ocean fluid mechanics, computational fluid mechanics
Micro-smart grid for ships
Mathematical model of ship movement
Ship design/Performance/Structure and construction
Hydrodynamic performance
Water transportation and Marine resource development
Multi-energy ship power network system
New energy and conventional ship power systems
Simulation and Optimization of Ship Power System
Modeling and Algorithm of Ship Power System
Marine electronics and Electrical technology
Marine Electronic and Electrical Engineering
Ship electrical equipment and systems
Submersible and underwater robot technology
Ship power plant
Operation and control of power machinery
Ships and Marine engineering equipment