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This is a Quantitative Study study.

Free vibration of axially loaded functionally gared carbon nanotube-reinforced composite curved beams

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This analysis reveals natural frequencies and buckling loads in functionally graded beams, suggesting design implications.

Natural frequencies and buckling loads were computed for functionally graded beams, showing significant variations based on parameters.
Numerical examples validate the proposed theory, emphasizing the role of boundary conditions in vibration behavior.
Theoretical framework utilizes higher-order shear deformation theory, effectively addressing non-uniformity in material distribution.
Impacts of curvature, slenderness ratio, and material distribution are critical to understanding vibration and buckling performance.

Duong et al. (2025) studied this question.

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View Full Paper

Ask AI

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Authors

This analysis reveals natural frequencies and buckling loads in functionally graded beams, suggesting design implications.

Natural frequencies and buckling loads were computed for functionally graded beams, showing significant variations based on parameters.
Numerical examples validate the proposed theory, emphasizing the role of boundary conditions in vibration behavior.
Theoretical framework utilizes higher-order shear deformation theory, effectively addressing non-uniformity in material distribution.
Impacts of curvature, slenderness ratio, and material distribution are critical to understanding vibration and buckling performance.

Duong et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark