Dynamic Mechanics and Vibration Analysis of High-Performance Smart Composite Materials

Dear Colleagues,

The relentless pursuit of lightweight, high-strength, and multifunctional structures across aerospace, automotive, and renewable energy sectors has positioned high-performance composite materials at the forefront of modern engineering. However, the true potential of these materials is unlocked when they transition from passive structural components to active, intelligent systems. The integration of smart functionalities—such as embedded sensing, actuation, and energy harvesting—coupled with advanced manufacturing techniques like additive manufacturing and 4D printing, has given rise to a new class of smart composites. Despite these advancements, the dynamic behavior and vibration response of such complex, multi-material systems under operational loads remain a critical challenge. Understanding the intricate interplay between mechanical deformation, multi-physical coupling effects (electro-thermo-magnetic), and inherent nonlinearities is essential to ensure structural integrity, prolong service life, and enable next-generation morphing or self-monitoring structures.

This Special Issue aims to present and disseminate the most recent advances related to the dynamic mechanics and vibration analysis of high-performance smart composite materials. We seek to bridge the gap between material science innovation and structural dynamics by showcasing cutting-edge research that addresses both fundamental theories and practical applications. The scope includes comprehensive investigations into how smart materials and architected geometries influence wave propagation, damping, and vibration behavior. We welcome contributions addressing novel modeling techniques, advanced numerical simulations, and rigorous experimental validations that push the boundaries of current knowledge in vibration mitigation and dynamic performance optimization.

Topics of interest for publication include, but are not limited to, the following:

• Dynamic modeling and simulation of smart composite structures (piezoelectric, magnetostrictive, SMA-integrated);
• Vibration control, damping enhancement, and energy harvesting strategies;
• Multi-physical coupling dynamics (electro-mechanical, thermo-mechanical, magneto-mechanical);
• Nonlinear dynamics, bifurcation, and stability analysis of composite laminates and sandwich panels;
• Microstructure–mechanical properties relationships governing dynamic instability and nonlinear vibrations;
• Wave propagation and attenuation in mechanical metamaterials and architected composites;
• Bio-inspired and functionally graded composites under impact and dynamic loads;
• Structural health monitoring and damage detection using vibration-based methods;
• Advanced experimental techniques for dynamic characterization and validation.

Dr. Yunfei Liu
Dr. Jun Wang
Guest Editors

Dr. Qiyi Dai
Guest Editor Assistant

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