(The following topics include but are not limited to)
Track 1: Acoustic Theory and Engineering Applications
Linear Acoustics and Nonlinear Acoustics
Acoustic Hydrodynamics and Marine Acoustics
Aerodynamic Acoustics and Fluid Dynamic Acoustics
Structural Acoustics and Acoustic Vibration Coupling Analysis
Acoustic Architecture and Environmental Acoustics
Ultrasonics and Detection Acoustics
Acoustic Materials, Acoustic Metamaterials and Phononic Crystals
Intelligent Acoustic Materials and Tunable Acoustic Structures
Electroacoustics and Audio Engineering
Biomedical Acoustics and Hearing Acoustics
Physical Acoustics and Theoretical Acoustics
Computational Acoustics and Acoustic Simulation
Acoustic Signal Processing and Acoustic Imaging
Acoustic Measurement and Acoustic Instruments
Track 2: Vibration and System Dynamics
Linear Vibration and Nonlinear Vibration Theory
Random Vibration and Reliability Analysis
Multi-body System Dynamics and Flexible Multi-body Dynamics
Structural Dynamics and Modal Analysis
Rotational Dynamics and Rotating Machinery Vibration
Flow-induced Vibration and Vortex-Induced Vibration
Vehicle Dynamics and Tire Dynamics Models
Track Vehicle and Train System Dynamics
Seismic Engineering and Vibration Isolation and Damping Technology
Damping Materials and Damping Device Design
Energy Harvesting and Vibration Utilization Technology
Parameter Identification and System Identification Methods
Experimental Modal Analysis and Testing Technology
Digital Twin-driven Dynamics Analysis and Prediction
Impact Dynamics and Collision Dynamics
Micro-nano Scale Vibration and Dynamics ......