This study examines vibration responses in functionally graded nanoplates, highlighting the role of TPMS structures in advanced applications.
Key Points
Free vibration responses in functionally graded (FG) nanoplate structures are significantly influenced by their design and material properties.
A comparison of vibration responses for Primitive and Gyroid patterns showed clear variations, emphasizing design relevance in application.
Utilizing the higher-order shear deformation theory (HSDT) combined with moving Kriging, this study provides new insights into nanostructure behavior.
Results obtained from numerical analysis demonstrate accuracy when contrasted with established literature benchmarks, reinforcing the validity of the methodology.
Cite This Study
Lieu Nguyen Thi Bich (2025) studied this question.