Transferring Power through a Magnetic Couple
Faculty Sponsor(s)
Tianbao XIe
Location
Vivian A. Bull Music Center: Delkin Recital Hall
Subject Area
Physics/Applied Physics
Description
Properties of several working magnetic coupled rotors have been measured and compared to theoretical models. Axial magnetic couplers allow rotors to work within harsh environments, without the need for seals. The influence of geometrical parameters, such as magnets' shape, strength, distance from the center of the rotors, and the number of dipole pairs, were experimentally tested.
Recommended Citation
Villalobos, Nick, "Transferring Power through a Magnetic Couple" (2019). Linfield University Student Symposium: A Celebration of Scholarship and Creative Achievement. Event. Submission 56.
https://digitalcommons.linfield.edu/symposium/2019/all/56
Transferring Power through a Magnetic Couple
Vivian A. Bull Music Center: Delkin Recital Hall
Properties of several working magnetic coupled rotors have been measured and compared to theoretical models. Axial magnetic couplers allow rotors to work within harsh environments, without the need for seals. The influence of geometrical parameters, such as magnets' shape, strength, distance from the center of the rotors, and the number of dipole pairs, were experimentally tested.
