Qureshi, F. U. Et Al. 2017. Near-Optimal Design of Scalable Energy Harvester for Underwater Pipeline Monitoring Applications With Consideration of Impact to Pipeline Performance. IEEE SENSORS JOURNAL , vol.17, no.7 , 1981-1991.

Qureshi, F. U., Muhtaroglu, A., & TUNCAY, K., (2017). Near-Optimal Design of Scalable Energy Harvester for Underwater Pipeline Monitoring Applications With Consideration of Impact to Pipeline Performance. IEEE SENSORS JOURNAL , vol.17, no.7, 1981-1991.

Qureshi, Fassahat, Ali Muhtaroglu, And KAĞAN TUNCAY. "Near-Optimal Design of Scalable Energy Harvester for Underwater Pipeline Monitoring Applications With Consideration of Impact to Pipeline Performance," IEEE SENSORS JOURNAL , vol.17, no.7, 1981-1991, 2017

Qureshi, Fassahat U. Et Al. "Near-Optimal Design of Scalable Energy Harvester for Underwater Pipeline Monitoring Applications With Consideration of Impact to Pipeline Performance." IEEE SENSORS JOURNAL , vol.17, no.7, pp.1981-1991, 2017

Qureshi, F. U. Muhtaroglu, A. And TUNCAY, K. (2017) . "Near-Optimal Design of Scalable Energy Harvester for Underwater Pipeline Monitoring Applications With Consideration of Impact to Pipeline Performance." IEEE SENSORS JOURNAL , vol.17, no.7, pp.1981-1991.

@article{article, author={Fassahat Ullah Qureshi Et Al. }, title={Near-Optimal Design of Scalable Energy Harvester for Underwater Pipeline Monitoring Applications With Consideration of Impact to Pipeline Performance}, journal={IEEE SENSORS JOURNAL}, year=2017, pages={1981-1991} }