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A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses
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L. Long Et Al. , "A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses," Structures , vol.73, 2025

Long, L. Et Al. 2025. A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses. Structures , vol.73 .

Long, L., YAYLACI, M., & Lezgy-Nazargah, M., (2025). A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses. Structures , vol.73.

Long, Liji, MURAT YAYLACI, And M. Lezgy-Nazargah. "A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses," Structures , vol.73, 2025

Long, Liji Et Al. "A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses." Structures , vol.73, 2025

Long, L. YAYLACI, M. And Lezgy-Nazargah, M. (2025) . "A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses." Structures , vol.73.

@article{article, author={Liji Long Et Al. }, title={A new shear deformation theory for composite multilayered shells of revolution with retainment of Koiter's recommendation: Static and free vibration analyses}, journal={Structures}, year=2025}