(Including but not limited to the following topics)
Track 1: Materials Science
Metal materials and alloys
Ceramic materials
Polymer materials and composite materials
Nanomaterials and low-dimensional materials
Biomedical materials
Electronic and optoelectronic materials
Energy materials (batteries/pv/thermoelectric)
Catalytic materials
Porous materials and MOFs
Material phase change and thermodynamics
Material mechanical properties
Material fatigue and fracture
Material corrosion and protection
Material surface and interface engineering
Thin films and coating technology
Additive manufacturing (3D printing) materials
Material calculation and simulation (DFT/MD)
Material characterization and testing (SEM/TEM/XRD)
Smart materials and shape memory alloys
Material failure analysis and non-destructive testing
Track 2: Pipeline Transportation
Long-distance pipeline design and construction
Urban pipeline planning and optimization
Pipeline hydraulic calculation and simulation
Pipeline materials and welding technology
Pipeline corrosion and protection technology
Pipeline defect detection and monitoring (PIG/ultrasonic/electroflow)
Pipeline integrity management
Pipeline risk assessment and safety
Oil and gas pipeline transportation technology
Slurry pipeline transportation technology
Heating and water supply pipeline systems
Pipeline leak detection and location
Pipeline pigging and maintenance technology
Undersea pipeline engineering
Pipeline crossing and crossing engineering
Pipeline intelligent inspection and robots
Pipeline vibration and control
Pipeline standards and norms
Pipeline digitalization and GIS management
Pipeline accident emergency and repair
Track 3: Fluid Mechanics
Viscous fluid mechanics
Turbulence theory, simulation and control
Computational fluid mechanics (CFD)
Multiphase flow and phase change
Non-Newtonian fluid mechanics
Microfluidics and micro-nano scale flow
Compressible fluid mechanics and aerothermal mechanics
Fluid machinery and hydraulic machinery
Environmental fluid mechanics (atmosphere/water environment)
Geophysical fluid mechanics (ocean/atmosphere)
Biological fluid mechanics
Industrial fluid mechanics and process enhancement
Flow stability and transition
Vortex dynamics and separated flow
Fluid measurement technology (PIV/LDV)
Fluid-solid coupling
Magnetic fluid dynamics (MHD)
Combustion fluid mechanics
Fluid drag reduction and control technology
Machine learning in fluid mechanics