(The following topics include but are not limited to)
Topic 1: Fluid mechanics
Hydrostatics, fluid dynamics
Fluid heat and mass transfer ‌
Fundamentals of fluid mechanics, fluid mechanics experiments
Properties of fluids ‌
Ideal gas law
Mechanical and electronic pressure measuring devices
Newton's second law
Bernoulli's equation
Reynolds transformation theorem ‌
Linear momentum and moment of momentum equation ‌
First law of thermodynamics - energy equation
Viscous flow in tube ‌
Dimension analysis of pipe flow and examples ‌
The flow of objects through ‌
Marine machinery
Axial and mixed flow pumps
Topic 2: Structural Engineering
Structural wind engineering
Structural monitoring, structural seismic, vibration reduction and vibration control
Structural design and optimization
Structure selection, non-destructive evaluation of structure
Reliability and durability of the structure
Structural bearing
Structural risk analysis and evaluation
Mechanical properties of engineering structures and materials
Deformation and destruction of structure
Tunnels and underground structures
Mechanical deconstruction related intelligent algorithms
High-rise buildings and long-span structures
Bridge engineering and load analysis
Theme 3: Acoustics
Ray acoustics, wave acoustics, acoustic reflection, scattering, diffraction, interference, propagation attenuation
Nonlinear mechanical wave dynamics, acoustic solitons and their confusion
Aeroacoustics, interaction between fluid motion and sound waves, fluid acoustic radiation, combustion acoustics
Underwater sound and ocean acoustics
Vibration and noise analysis and control, mechanical dynamics
Architectural acoustic design, noise control and evaluation
Ultrasonic electronics, inspection acoustics
Traditional acoustic materials, new acoustic materials