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Mission-Critical and Safety-Critical Systems Handbook and Magnetism
Mission-Critical and Safety-Critical Systems Handbook and Magnetism
Date: 28 April 2011, 03:31

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Electromagnetic devices are crucial to the operation of modern society. They are
used to convert energy from mechanical or thermal to an electrical form that may be
easily transported over great distances; they can convert electrical energy into
mechanical work through the medium of an electric motor; and they can be used
to send and receive information around the globe. At this point in time, with issues
of energy efficiency and production costs being crucial to the success of a product
and becoming more important daily as a growing part of the world’s energy is
consumed by electromagnetic systems, designers of these systems need to both
understand and have access to effective design techniques and tools.
The basic theory underlying the operation of these devices was developed in the
nineteenth century and culminated in the work of Maxwell in 1873. The equations
he proposed describe the basis of the operation of an electromagnetic system. The
main problem has been in the solution of these equations in the presence of the
geometries, boundary conditions, excitations and material properties which are
found in real devices. Over the past half century, the development of digital
computers and the numerical systems needed to compute the field accurately for
arbitrary devices has meant that physical prototypes can largely be replaced with
computer models and performance results obtained which are, usually, as good as
those achieved through experimental systems. However, the reason for performing

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