Mechanical vibrations encompass the study of oscillatory motions of mechanical systems and structures. This topic collection aims to highlight recent innovations and advancements in the field, covering new methodologies, analytical tools, and applications that enhance our understanding and management of mechanical vibrations.

It includes, but is not limited to, the following key areas:

Advanced Theoretical Models and Computational Techniques

l  New theoretical frameworks for understanding complex, non-linear vibration behaviors

l  Multiscale Modeling

l  High-Fidelity Computational Fluid Dynamics (CFD)

Precision Measurement and Data Analysis

l  Smart Sensing Technologies

l  High-Resolution Signal Processing

l  Artificial Intelligence and Machine Learning

Innovative Control and Mitigation Strategies

l  Smart Materials and Adaptive Structures

l  Hybrid Active-Passive Control Systems

l  Condition-Based Maintenance and Health Monitoring

Make a new submission to the Topic: Recent Innovations in Mechanical Vibrations