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Electromagnetic Processing of Materials

Part of the Fluid Mechanics and Its Applications Book Series (volume 99)

DOI: 10.1007/978-94-007-2645-1

ISBN: 978-94-007-2644-4

Publisher: Springer Netherlands - Springer Journals

Nov 13, 2011

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Development of Electromagnetic Processing of Materials

Asai, Shigeo

Pages: 1 –7

[The history, scientific basis, industrial background and academic view of Electromagnetic Processing of Materials are outlined here.]
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Transport Phenomena in Materials Processing

Asai, Shigeo

Pages: 9 –47

[Before studying Electromagnetic Processing of Materials, let us see how the transport phenomena of mass, heat and momentum can be formulated in mathematical expressions. Later we will learn that a magnetic field can be described as a transport phenomenon where the governing equation of the...
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Magnetohydrodynamics in Materials Processing

Asai, Shigeo

Pages: 49 –86

[Magnetohydrodynamics was established by Alfvén in 1942. When we solve problems concerning a flow of highly conductive fluids such as molten metals or salts under an electric and/or magnetic fields, an electromagnetic force term induced by electric and magnetic fields appears in a force term in...
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Electromagnetic Processing of Materials

Asai, Shigeo

Pages: 87 –111

[In this chapter, we enumerate some functions of electric and magnetic fields as they act on electrically conductive fluids and we explain their contents on the basis of the knowledge of magnetohydrodynamics discussed in the previous chapter. Furthermore, based on these functions, we classify the...
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Materials Processing by Use of a High Intensity Magnetic Field

Asai, Shigeo

Pages: 113 –150

[Non-magnetic substances such as water, plastic, wood, etc. can be levitated when a magnetic field over 20 T is imposed [1]. This phenomenon is based on the established fact that a magnetization force, which is a well-known force attracting an iron to a magnet, is significantly intensified by a...

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