Free flexural axisymmetric vibration of a clamped circular sandwich plate with a functionally graded core

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MAIN FINDING: The study presents a model for analyzing the free vibration of functionally graded circular sandwich plates.
KEY EVIDENCE: The analytical approach yields insights into how material property variation affects natural frequency and shear properties.
APPROACH: The governing equations are derived via Hamilton’s principle and solved using an approximate method.
SIGNIFICANCE: This work offers a comprehensive tool for understanding the vibrations of complex sandwich structures in engineering applications.

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Analytical model explores vibration behaviors in circular sandwich plates, indicating effects of material variation and thickness ratios.

Magnucka‐Blandzi et al. (2025) studied this question.

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