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Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach
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M. Alimoradzadeh Et Al. , "Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach," Mechanical Systems and Signal Processing , vol.238, 2025

Alimoradzadeh, M. Et Al. 2025. Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach. Mechanical Systems and Signal Processing , vol.238 .

Alimoradzadeh, M., Sedighi, H. M., Vinh, P. V., & AVEY, A., (2025). Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach. Mechanical Systems and Signal Processing , vol.238.

Alimoradzadeh, Mehdi Et Al. "Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach," Mechanical Systems and Signal Processing , vol.238, 2025

Alimoradzadeh, Mehdi Et Al. "Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach." Mechanical Systems and Signal Processing , vol.238, 2025

Alimoradzadeh, M. Et Al. (2025) . "Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach." Mechanical Systems and Signal Processing , vol.238.

@article{article, author={Mehdi Alimoradzadeh Et Al. }, title={Primary and secondary resonance characteristics of electro-thermo-mechanically loaded GNP-Reinforced MEMS beams: A microstructurally informed approach}, journal={Mechanical Systems and Signal Processing}, year=2025}