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Recent Studies in Materials Science (Hardcover)
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Recent Studies in Materials Science (Hardcover)
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The goal of the first chapter is to express the main achievements
in use of the Jahn-Teller effect (JTE) and pseudo JTE (PJTE) in
search of materials with enhanced or novel properties, are
presented as a part of what is known as materials science. The
hallmark of this entire chapter is the commitment to identify
situations in which waves are produced and provide a systematic
classification of such convective instabilities together with a
description of related features based on advanced numerical
simulations. The quality and mechanical or electrical properties of
the resulting solids and crystals are adversely affected by
thermogravitational convection as it can induce defects in their
atomic or molecular structure (this is the case, e.g., of typical
crystal-growth techniques such as the horizontal Bridgman (HB), the
Floating zone (FZ) or the Czochralski (CZ) methods). This present
chapter aims to present a focused review of landmark (past) and
very recent contributions on the nature, structure and hierarchy of
instabilities of this type of convection. This chapter is devoted
to the investigation of the thermo-kinetics features of overcooled
austenite transformation in three grades of 0.75-0.77 wt.% C
complex-alloyed (Mn-Si, Mn-Si-Cr-Mo) steel intended for rail
applications. Magnetometric and thermal analyses were used to build
Time-Temperature-Transformation and
Continuous-Cooling-Transformation diagrams presenting the kinetics
of austenite transformation in studied steels.
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