Magnetic gearing is an alternative to mechanical gearing, where torque is transferred through magnetic force as opposed to contact force. The technology has the potential to be used in aircraft applications, without the lubrication, noise, and maintenance issues that can exist with mechanical gearing. Initial design and prototype development work was done at NASA to create a foundational understanding of the technology and the factors that influence its specific torque. The specific torque achieved through design optimization was found to be less than that of high-torque mechanical aircraft transmissions, but may be comparable to that of lower torque mechanical transmissions for electrified vertical takeoff and landing aircraft. The lessons...
The NASA Glenn Research Center, the U.S. Army, Texas A&M University, and other industrial partners a...
Magnetic bearings have traditionally been considered for use in aerospace applications only where pe...
Highly magnetostrictive materials such as Tb.3Dy.7Fe2, commercially known as TERFENOL-D, have been u...
Magnetic gearing is an alternative to mechanical gearing, where torque is transferred through magnet...
This paper presents an overview of the magnetic gearing research being conducted at NASA. First, the...
Magnetic gearing is being investigated at NASA as a replacement to conventional mechanical gearing i...
In rotorcraft, one of the main sources of mechanical failure is the gearbox, because of the many wea...
Magnetic gears are currently being developed for use in a variety of industries such as wind and aut...
This paper presents initial measurements of the efficiency of NASA's 2nd magnetic gear prototype. A ...
Magnetic geared actuators (MGA) are designed to perform highly reliable, robust and precise motion o...
Magnetic gears are an attractive alternative to mechanical gears for electrified aircraft drive syst...
Magnetic gears are currently being explored to replace mechanical gears in various industries such a...
Power transmission is traditionally achieved with a mechanical gear. Mechanical gears require mainte...
This paper presents the analysis and mechanical design of a 15.9kW magnetic gear (MG) with a 12.4:1 ...
The concept of magnetic levitation is not a new one and can be easily traced back to the 1800's. It ...
The NASA Glenn Research Center, the U.S. Army, Texas A&M University, and other industrial partners a...
Magnetic bearings have traditionally been considered for use in aerospace applications only where pe...
Highly magnetostrictive materials such as Tb.3Dy.7Fe2, commercially known as TERFENOL-D, have been u...
Magnetic gearing is an alternative to mechanical gearing, where torque is transferred through magnet...
This paper presents an overview of the magnetic gearing research being conducted at NASA. First, the...
Magnetic gearing is being investigated at NASA as a replacement to conventional mechanical gearing i...
In rotorcraft, one of the main sources of mechanical failure is the gearbox, because of the many wea...
Magnetic gears are currently being developed for use in a variety of industries such as wind and aut...
This paper presents initial measurements of the efficiency of NASA's 2nd magnetic gear prototype. A ...
Magnetic geared actuators (MGA) are designed to perform highly reliable, robust and precise motion o...
Magnetic gears are an attractive alternative to mechanical gears for electrified aircraft drive syst...
Magnetic gears are currently being explored to replace mechanical gears in various industries such a...
Power transmission is traditionally achieved with a mechanical gear. Mechanical gears require mainte...
This paper presents the analysis and mechanical design of a 15.9kW magnetic gear (MG) with a 12.4:1 ...
The concept of magnetic levitation is not a new one and can be easily traced back to the 1800's. It ...
The NASA Glenn Research Center, the U.S. Army, Texas A&M University, and other industrial partners a...
Magnetic bearings have traditionally been considered for use in aerospace applications only where pe...
Highly magnetostrictive materials such as Tb.3Dy.7Fe2, commercially known as TERFENOL-D, have been u...