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The book briefly describes the structure, properties and
applications of various grades of steel, primarily aimed at
non-metallurgical students from other engineering streams. The book
consists of nine chapters covering most of the important types of
steels and their physical metallurgy, microstructure and
engineering applications including iron-carbon diagram, heat
treatment, surface hardening methods, effect of alloying, specific
applications, selection of materials, case studies and so forth.
The book also contains subjective and objective questions aimed at
exam preparation. Key Features Exclusive title aimed at
introduction to steels for non-metallurgy audience Includes
microstructure, composition, and properties of all the most
commonly used steels Describes the heat treatments and the required
alloying additions to process steel for the intended applications
Discusses effects of alloying elements on steel Explores
development of steels for specialized areas such as the automobile,
aerospace, and nuclear industries
The book briefly describes the structure, properties and
applications of various grades of steel, primarily aimed at
non-metallurgical students from other engineering streams. The book
consists of nine chapters covering most of the important types of
steels and their physical metallurgy, microstructure and
engineering applications including iron-carbon diagram, heat
treatment, surface hardening methods, effect of alloying, specific
applications, selection of materials, case studies and so forth.
The book also contains subjective and objective questions aimed at
exam preparation. Key Features Exclusive title aimed at
introduction to steels for non-metallurgy audience Includes
microstructure, composition, and properties of all the most
commonly used steels Describes the heat treatments and the required
alloying additions to process steel for the intended applications
Discusses effects of alloying elements on steel Explores
development of steels for specialized areas such as the automobile,
aerospace, and nuclear industries
Nuclear reactor technologies being developed for Generation IV
reactors promise significant improvements in economics, safety,
reliability and sustainability over present technologies by proper
choice of cladding and structural material for the nuclear reactor.
Studies to develop optimum combination of properties for steels
intended for use as wrappers indicated that 9-12Cr type ferritic
steels presented superior high temperature strength at temperatures
below 873 K and excellent dimensional stability at high irradiation
doses. Increasing the operating temperature by Oxide Dispersion
Strengthening (ODS) of these steels will make them a promising
candidate materials for advanced fast reactor core and fusion
reactor blanket applications. The monograph elaborates the
synthesis of nano-sized yttria dispersed 9%Cr martensitic steel by
Mechanical Alloying (MA) and consolidation employing various powder
compaction methodologies. Alloy powder characterization allowed
optimization of experimental synthesis and bulk production.
Characterization of the consolidated specimens was carried out to
study the micro structural evolution during compaction.
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