Geometrically nonlinear coupled thermo-mechanical thermally induced vibration response of FGM plate under sudden thermal shock

Key Points

• The vibration response was influenced by sudden thermal shock, indicating complex interactions in the material.
• Key findings demonstrate nonlinear behavior, highlighting the critical nature of thermal effects in FGM plates.
• The analysis utilized geometrically nonlinear thermodynamic principles, supporting a better understanding of material behavior.
• Results suggest a need for further exploration into design implications under similar thermal conditions.