Przemysław K. Wiewiórski

Ostatnie

Development of low-cost high-frequency data acquisition system for energy harvesting applications
Rapid demagnetization of new hybrid core for energy harvesting
Use of magnetomechanical effect for energy harvesting and data transfer
Rapid demagnetization of Suction Casting Alloy cores for Energy Harvesting
Energy harvesting from magnetomechanical effect as a power source for low power electronic devices
Pękanie Terfenolu-D a efektywność udarowego harvestera energii
Use of energy harvesting technology for energy and data transfer in mechanical constructions
Development of resonators with reversible magnetostrictive effect for applications as actuators and energy harvesters
Application of vibration for energy data transfer in mechanical constructions; Energy Harvesting
A laboratory test stand for studies of magnetocaloric materials
A test stand to study the possibility of using magnetocaloric materials for refrigerators
Energy harvester based on Terfenol-D for low power devices
Evaluation of possibilities of electroactive polymers application in bio-inspired adaptronic system
High power actuator based on magnetostrictive composite core with temperature drift compensation
The use of magnetostrictive cores for the vibrations generation and energy harvesting from vibration in the selected frequencies of work
Zastosowanie drgań w konstrukcjach mechanicznych do transferu energii i informacji; Energy Harvesting
Application of smart materials in energy recovery. Energy harvesting
Dobór parametrów magnetomechanicznych dla efektywnego odzysku energii z drgań (energy harvesting)
High power interactive actuator system based on magnetostrictive composite core
Magnetowizyjna metoda wyznaczania fazy martenzytycznej w austenicie w obiektach walcowych i kulistych w następstwie odkształceń cyklicznych
Study into the magnetic field for a magnetocaloric cooling system with the use of magnetovision
System of magnetostrictive actuator for energy harvesting from ultrasonic wave
Tłumienie drgań konstrukcji za pomocą elementu aktywnego na bazie kompozytu GMM
Ultrasonic energy harvesting system based on magneto- and electrostrictive actuators
Zastosowanie rdzeni magnetostrykcyjnych do wytwarzania drgań i odzysku energii z drgań w zakresie wybranych częstotliwości
A test stand to study the possibility of using magnetocaloric materials for refrigerators
Magnetic field investigations for a magnetocaloric laboratory test stand
Charakterystyki magnetomechaniczne harvestera do odzysku energii z układów drgających
Energy harvester with high pulse mechanical stimulation
Power generating by high pulse mechanical stimulation of magnetic coupled NdFeB and Terfenol-D
The advanced magnetovision system for Smart application
Wykrywanie pęknięć w kompozytach magnetostrykcyjnych z proszkami Terfenolu-D za pomocą systemu MagScanner
3D magnetovision scanner as a tool for investigation of magnetomechanical principles
Smart magnetic materials and magnetoresistive sensors in controlling of mechanical structures