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Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM
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W. Qiang Et Al. , "Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM," ADVANCES IN NANO RESEARCH , vol.19, no.3, pp.225-236, 2025

Qiang, W. Et Al. 2025. Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM. ADVANCES IN NANO RESEARCH , vol.19, no.3 , 225-236.

Qiang, W., Bin Abdul Majid , A. Z., & Yaylacı, M., (2025). Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM. ADVANCES IN NANO RESEARCH , vol.19, no.3, 225-236.

Qiang, Wu, Ahmad Zuhairi Bin Abdul Majid , And MURAT YAYLACI. "Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM," ADVANCES IN NANO RESEARCH , vol.19, no.3, 225-236, 2025

Qiang, Wu Et Al. "Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM." ADVANCES IN NANO RESEARCH , vol.19, no.3, pp.225-236, 2025

Qiang, W. Bin Abdul Majid , A. Z. And Yaylacı, M. (2025) . "Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM." ADVANCES IN NANO RESEARCH , vol.19, no.3, pp.225-236.

@article{article, author={Wu Qiang Et Al. }, title={Stability analysis and visual design of carbon nanotube-reinforced spherical shells products using higher-order theories and HDQM}, journal={ADVANCES IN NANO RESEARCH}, year=2025, pages={225-236} }