The purpose is to develop an improved understanding of the electromagnetic, heat, and fluid flow phenomena in electromagnetically levitated metal droplets, both under earthbound and microgravity conditions. The main motivation for doing this work, together with the past accomplishments, and the plans for future research are discussed
This article contains a review of research activity in the University of Greenwich to model the effe...
The condition of fluid flow has been proven to have a significant influence on a wide variety of mat...
The condition of fluid flow has been proven to have a significant influence on a wide variety of mat...
A mathematical representation was developed for the electromagnetic force field, the flow field, the...
Electromagnetic levitation techniques are used in a microgravity environment to allow materials rese...
The electromagnetic levitation facility on board the International Space Station is used to investig...
We present calculations and measurements on the shape of liquid metal droplets in electromagnetic le...
Electromagnetic Levitation (EML) is a valuable method for measuring the thermo-physical properties o...
Electromagnetic levitation is one area of the electromagnetic processing of materials that has uses ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 1...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, ...
In oscillating drop experiments, surface oscillations in a molten sample are captured and analyzed t...
Electromagnetic levitation of liquid metal droplets can be used to measure the properties of highly ...
The numerical model for electrically conducting liquid droplets levitated in AC magnetic field is ap...
Abstract: Strong inhomogeneous magnetic fields are necessary to generate a fi-nite levitation force ...
This article contains a review of research activity in the University of Greenwich to model the effe...
The condition of fluid flow has been proven to have a significant influence on a wide variety of mat...
The condition of fluid flow has been proven to have a significant influence on a wide variety of mat...
A mathematical representation was developed for the electromagnetic force field, the flow field, the...
Electromagnetic levitation techniques are used in a microgravity environment to allow materials rese...
The electromagnetic levitation facility on board the International Space Station is used to investig...
We present calculations and measurements on the shape of liquid metal droplets in electromagnetic le...
Electromagnetic Levitation (EML) is a valuable method for measuring the thermo-physical properties o...
Electromagnetic levitation is one area of the electromagnetic processing of materials that has uses ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 1...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, ...
In oscillating drop experiments, surface oscillations in a molten sample are captured and analyzed t...
Electromagnetic levitation of liquid metal droplets can be used to measure the properties of highly ...
The numerical model for electrically conducting liquid droplets levitated in AC magnetic field is ap...
Abstract: Strong inhomogeneous magnetic fields are necessary to generate a fi-nite levitation force ...
This article contains a review of research activity in the University of Greenwich to model the effe...
The condition of fluid flow has been proven to have a significant influence on a wide variety of mat...
The condition of fluid flow has been proven to have a significant influence on a wide variety of mat...