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This article, published in the International Journal of Applied Mechanics, explores the free vibration characteristics of a DFG-CNTRC thin laminated shell in a thermal environment. The study establishes a dynamic model of the shell and examines the effects of rotational speed, environmental temperature, thickness of the middle layer, and volume fraction of carbon nanotubes on the traveling waves. The research highlights the potential application of DFG-CNTRC materials in high-temperature components of aeropropulsion systems and emphasizes the importance of studying their natural frequencies. The article also discusses various research studies on the vibration behavior of different shell structures, including composite shells and carbon nanotube-reinforced composites. The studies analyze the effects of various parameters on the vibration and stability characteristics of these shells. The findings contribute to a better understanding of the vibration behavior of shell structures in engineering applications. [Extracted from the article]