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electromechanical coupling modifications on the
energy recovery efficiency of a magnetically levitated
https://k-kecik.pollub.pl/dzialalnosc-naukowa/konferencje/wygloszone-referaty
-stable systems with active elements for
energy harvesting""Drgania regularne i chaotyczne nieliniowych
https://j-warminski.pollub.pl/grants/national-grants/ncn-opus-21
https://sdwpl.pollub.pl/aktualnosci/invitation-to-the-5th-international-conference-strategies-toward-green-deal-implementation--water--raw-materials-energy-in-green-transition-591.html
possibility of electromechanical couplings shaping in
energy harvesting systems.
Wykonawcy:
dr hab. inż
https://k-kecik.pollub.pl/dzialalnosc-naukowa/projekty-badawcze/op
energy harvesting,
nonlinear dynamical systems,
fractional derivative,
control,
phase transitions
https://g-litak.pollub.pl/dzialalnosc-naukowa/obszary-badawcze
,
energy harvesting,
machininig modelling,
time series analysis,
biomechanics.
https://k-kecik.pollub.pl/dzialalnosc-naukowa/obszary-badawcze
switching frequency range, causing deviations from the resonant frequency, increased circulating
energy, and
https://miniconf-pe.pollub.pl/abstracts
=200, IF=5.131).
Kecik K. Experimental
Energy Recovery from a Backpack Using Various Harvester Concepts
https://k-kecik.pollub.pl/dzialalnosc-naukowa/publikacje/publikacje-w-jounalach
PUBLIKCAJE W MATERIAŁACH KONFERENCYJNYCH
Kecik K., Mitura A. A comprehensive study on
energy
https://k-kecik.pollub.pl/dzialalnosc-naukowa/publikacje/materialy-konferencyjne
consists in the construction of an innovative, modular and mobile
energy storage.
The innovation of the
https://weii.pollub.pl/projekty-weii/magazyn-energii
