Topic 1: Acoustics
Air acoustic
Architectural Acoustics
Bioacoustics
Architecture and Room Acoustics
Architectural Acoustics
Communication acoustics
Computational acoustics
Electroacoustic and Audio Engineering
Environmental acoustics
Forensic acoustics
Aerodynamic and Acoustic Flight Test
Medical Acoustics
Musical acoustics
Physical acoustics
Underwater acoustics
Acoustic engineering
Vibration acoustics
Ultrasonic wave
Structural Acoustics
Air acoustic
Applied Acoustics
Audio engineering
Electroacoustics
Acoustic Suspension
Acoustical oceanography
Navigation acoustics
Bubble acoustics
Acoustic tomography
Topic 2: Random Vibration and Random Dynamics
Random dynamic action and its modeling
Basic Theory and Progress of Random Vibration
Linear and Nonlinear Stochastic Dynamics
Random parameter structure analysis
Analysis of dynamic damage and fatigue failure in engineering structures
Structural dynamic stability and stochastic bifurcation
Reliability Analysis of Engineering Structures and Engineering Systems
Structural damage identification and health monitoring
Probabilistic methods in wind engineering
Probability methods in earthquake engineering
Environmental Vibration and Intelligent Structures
Vehicle induced vibration stochastic dynamics
Stochastic dynamics of rail transit
Stochastic dynamics of ocean engineering
Stochastic Dynamics in Aerospace Engineering
Random Dynamics Supported by Big Data and Artificial Intelligence
Engineering Applications of Random Vibration and Random Dynamics
Random vibration and other aspects of stochastic dynamics
Other aspects of uncertainty analysis and quantification
Inverse problem of stochastic dynamics
Random vibration education