(The following topics include but are not limited to)
Theme 1: Intelligent Ships
Marine engineering
Micro-smart grid for ships
Mathematical modeling of ship motion
New energy and traditional ship power systems
Modeling and Algorithm of Ship Power System
Marine electronics and electrical technology
Marine electrical and electronic engineering
Marine electrical equipment and systems
Submersibles and underwater robots
Marine power unit
Operation and control of power machinery
Ships and Marine engineering equipment
Topic 2: Fluid Mechanics
Ideal liquid movement, viscous liquid movement
Cavitation, multiphase flow, and non-Newtonian fluid motion
Free surface flow, pressure flow, and water elasticity problems
High-temperature gas dynamics, rarefied gas dynamics, cosmic gas dynamics
Low-speed aerodynamics, high-speed aerodynamics
The flow of dispersed systems, interfacial and capillary movements, and fluid movements in electric fields
Single-particle motion
Fluctuation, instability, arc deflection, transport and radiation phenomena
Multiphase complex flow phenomenon
High-speed amphibious vehicles and their water propulsion systems, turbine and compressor optimization, hydraulic transmission systems
Hydrostatics, mechanical motion of fluids, equilibrium of fluids
Gas-liquid flow, liquid-solid flow, gas-solid flow, flow-solid flow
Topic 3: Automation Control
Linear system control
Modeling and simulation of control integrated circuits and applications, as well as emerging technologies
Nonlinear system control
Advanced control systems, automatic control systems, automation and monitoring systems, control and embedded systems
Robot system control
Automation and diagnosis, fault-tolerant control systems
Score system and control, intelligent system control
Mechatronics and robot systems
Networks and motors, power electronics and control, sliding mode control
Principles and Technologies of Automatic Control