Effects of Pore Distribution and Defect Parameters on Structural Vibration Characteristics of Foam Core Composites: Experimental and Finite Element Analysis | Synapse
March 3, 2026
Effects of Pore Distribution and Defect Parameters on Structural Vibration Characteristics of Foam Core Composites: Experimental and Finite Element Analysis
Key Points
Structural vibration characteristics are significantly influenced by pore distribution and defect parameters in materials.
Key evidence reveals that varying pore sizes can lead to up to a 25% difference in vibration frequency across samples.
Finite element analysis was used alongside experimental observations to assess the impact of structural variations.
Findings may encourage modifications in composite design to optimize performance under vibrational stress.