M. Furjan Et Al. , "Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit," Applied Mathematical Modelling , vol.141, 2025
Furjan, M. Et Al. 2025. Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit. Applied Mathematical Modelling , vol.141 .
Furjan, M., Kolahchi, R., & YAYLACI, M., (2025). Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit. Applied Mathematical Modelling , vol.141.
Furjan, M., R. Kolahchi, And MURAT YAYLACI. "Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit," Applied Mathematical Modelling , vol.141, 2025
Furjan, M. Et Al. "Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit." Applied Mathematical Modelling , vol.141, 2025
Furjan, M. Kolahchi, R. And YAYLACI, M. (2025) . "Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit." Applied Mathematical Modelling , vol.141.
@article{article, author={M. Furjan Et Al. }, title={Energy harvesting capabilities and bandgaps of locally resonant piezoelectric metamaterial panels with self-extraction synchronized circuit}, journal={Applied Mathematical Modelling}, year=2025}