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This book is a translation of a German textbook on Materials Science. It originates from a set of handouts at the RWTH Aachen university for students of
materials engineering and of metal physics and was developed over the years
to a compact manuscript. From the core of a physical metallurgy text it was
extended to a broader coverage of materials in the frame of established scientific concepts.
The text aims at providing the physical fundamentals to understand materials behavior and at preparing the reader for more advanced litarature on
the subject. On the other hand the book is designed not to follow the common
scheme of traditional introductory Materials Science texts which primarily introduce into the phenomenology of materials on an elementary level. Rather
this book tries to bridge the scope from atomistic mechanisms to engineering
properties of materials not staying away from mathematics where necessary.
The manuscript does not pretend to give a comprehensive coverage of materials science, and as a textbook it has to find a compromise between comprehensive and in depth treatment of the subject. Such compromise is a matter
of personal preference and taste. This is particularly true for the chapter on
" physical properties" which is designed for materials engineering students who
usually are less familiar with the basics of solid state physics.
The text builds on the classical German text of Masing "Einfuhrung in
die Metallkunde" (introduction to physical metallurgy) which represents the
approach of the Gottingen school of physical metallurgy in the line of Tammann, Masing, Haasen, and Lucke. It is typical for this approach to develop
a deeper understanding of the subject and to reduce complex phenomena to
their essential physical mechanisms for refined analysis and prediction. Since
understanding is essentially based on visualization the text provides an abundance of figures to guide the reader through the seemingly confusing but
fascinating world of material |
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