Add to ORKGProperties of several working magnetic coupled rotors have been measured and their performance compared to theoretical models. Axial magnetic couplers allow rotors to work within harsh environments, without the need for seals, proper alignment, or overload protection on a motor. The influence of geometrical parameters, such as distance from the center of the rotors, polarity arrangement, and the number of dipole pairs were experimentally tested. These results can be used to improve rotor designs, to increase strength and efficiency
Success is chiefly viewed as a destination point, often containing no clear direction as to how to a...
The goal of this study was to evaluate biomechanical differences between healthy subjects and those ...
Antimicrobial textiles are a large research focus in the textile industry. There is an apparent need...
Properties of several working magnetic coupled rotors have been measured and their performance compa...
Important scientific discoveries are being propelled by the advent of nano-scale sensors that captur...
The combination of increasing fabrication density and corresponding decrease in price has resulted i...
Abstract An experimental method was developed that demonstrated the size effects in forming thin she...
HEMOLIA (a project under European community's 7th framework programme) is a new generation Anti-Mone...
The development of small Global Positioning System (GPS) antennas and microprocessors has propelled ...
For this project, the Dynamic Systems theory (DST) of motor performance was applied specifically to ...
Mechanical components with lower coefficients of friction decrease the amount of energy dissipated b...
One of the main hindrances of unmanned aerial vehicle (UAV) technology are power constraints. One wa...
More efficient water treatment technologies would decrease the water bodies’ pollution and the actua...
This thesis investigates potential optimizations for the K-SVD algorithm (using Orthogonal Matching ...
There are currently many non-profit organizations and social enterprises working to alleviate the ha...
Success is chiefly viewed as a destination point, often containing no clear direction as to how to a...
The goal of this study was to evaluate biomechanical differences between healthy subjects and those ...
Antimicrobial textiles are a large research focus in the textile industry. There is an apparent need...
Properties of several working magnetic coupled rotors have been measured and their performance compa...
Important scientific discoveries are being propelled by the advent of nano-scale sensors that captur...
The combination of increasing fabrication density and corresponding decrease in price has resulted i...
Abstract An experimental method was developed that demonstrated the size effects in forming thin she...
HEMOLIA (a project under European community's 7th framework programme) is a new generation Anti-Mone...
The development of small Global Positioning System (GPS) antennas and microprocessors has propelled ...
For this project, the Dynamic Systems theory (DST) of motor performance was applied specifically to ...
Mechanical components with lower coefficients of friction decrease the amount of energy dissipated b...
One of the main hindrances of unmanned aerial vehicle (UAV) technology are power constraints. One wa...
More efficient water treatment technologies would decrease the water bodies’ pollution and the actua...
This thesis investigates potential optimizations for the K-SVD algorithm (using Orthogonal Matching ...
There are currently many non-profit organizations and social enterprises working to alleviate the ha...
Success is chiefly viewed as a destination point, often containing no clear direction as to how to a...
The goal of this study was to evaluate biomechanical differences between healthy subjects and those ...
Antimicrobial textiles are a large research focus in the textile industry. There is an apparent need...