(Including but not limited to the following topics)
Topic 1: Ship Engineering
Ship design principles
Ship fluid dynamics
Ship structural strength and vibration
Ship resistance and propulsion
Ship maneuverability and wave resistance
Ship intelligent design and digital twin
Ship power system and energy efficiency optimization
Ship acoustic stealth and underwater noise
Ship manufacturing processes and welding technology
Ship materials and corrosion protection
Ship electric propulsion and hybrid power
Ship ballast water treatment and pollution prevention
Ship automation and autonomous navigation
Ship-rudder-propeller interaction
Ship capsizing and damage stability
Ship vibration and noise control
Ship modification and dismantling technology
Ship interaction with marine platforms
Polar ship design and ice load analysis
Ship life cycle reliability assessment
Topic 2: Fluid Mechanics
Incompressible and compressible flow
Turbulence simulation and modeling
Boundary layer flow and transition
Multiphase flow and bubble dynamics
Cavitation and erosion mechanisms
Turbulence dynamics and vortex identification
Flow separation and control
Wave dynamics and wave loads
Viscous fluid mechanics
Potential flow theory and boundary element method
Fluid-structure coupling vibration
Computational fluid dynamics (CFD) verification and validation
High Reynolds number flow
Microscale and interface fluid mechanics
Non-Newtonian fluid mechanics
Magnetohydrodynamics
Fluid mechanics stability analysis
Inlet boundary method
Large eddy simulation and direct numerical simulation
Fluid mechanics experimental measurement and control technology
Topic 3: Computational Mathematics
Numerical solutions of partial differential equations
Finite element method and extended finite element
Finite volume method
Boundary element method
Spectral methods and high-order schemes
Meshless methods and particle methods (SPH, etc.)
Multigrid and domain decomposition methods
Adaptive mesh refinement
Parallel computing and GPU-accelerated algorithms
Numerical linear algebra and preconditioning techniques
Stability and convergence analysis of discretization schemes
Inverse problems and parameter identification
Uncertainty quantification and stochastic methods
Optimization and variational inequalities
Numerical solutions of fractional differential equations
Time-integration algorithms (such as Runge-Kutta)
Structure-preserving algorithms and symplectic integrators
Mesh generation and optimization
Computational geometry and isogeometric analysis
Data-driven models and numerical method coupling