Mohammad, S. I. Et Al. 2025. Novel multimodal shunt circuit architecture for simultaneous subsonic flutter control and energy scavenging. SMART STRUCTURES AND SYSTEMS , vol.36, no.2 , 111-1222.

Mohammad, S. I., Vasudevan, A., Alfugara, A., Abdullah, M. R., Kraiem, H., Alashker, Y., ... Yaylacı, M.(2025). Novel multimodal shunt circuit architecture for simultaneous subsonic flutter control and energy scavenging. SMART STRUCTURES AND SYSTEMS , vol.36, no.2, 111-1222.

Mohammad, Suleiman Et Al. "Novel multimodal shunt circuit architecture for simultaneous subsonic flutter control and energy scavenging," SMART STRUCTURES AND SYSTEMS , vol.36, no.2, 111-1222, 2025

Mohammad, Suleiman I. Et Al. "Novel multimodal shunt circuit architecture for simultaneous subsonic flutter control and energy scavenging." SMART STRUCTURES AND SYSTEMS , vol.36, no.2, pp.111-1222, 2025

Mohammad, S. I. Et Al. (2025) . "Novel multimodal shunt circuit architecture for simultaneous subsonic flutter control and energy scavenging." SMART STRUCTURES AND SYSTEMS , vol.36, no.2, pp.111-1222.

@article{article, author={Suleiman Ibrahim Mohammad Et Al. }, title={Novel multimodal shunt circuit architecture for simultaneous subsonic flutter control and energy scavenging}, journal={SMART STRUCTURES AND SYSTEMS}, year=2025, pages={111-1222} }