- The Materials Science is evolved from Metallurgy.
- Metallurgy is now considered a part of Materials
Engineering.
Metallurgical and Materials Engineering is a core branch of
engineering that deals with the study of minerals, their processing
and their transformation. The program comprises various aspects of
minerals including their mechanical behaviour, physical metallurgy,
thermodynamics, kinetics etc. The programme prepares the candidates
to deal with the production of various products using different
materials and elements, whether they are electrical products,
chemical products or simply metals.
Metallurgical & Materials Engineering encompasses three
inter-related engineering disciplines: mineral processing,
extractive (or process) metallurgy, and materials science and
engineering.
Materials engineering:
- Materials Engineering is An interdisciplinary field involving
the properties of matter and its applications to various fields of
science and engineering.
- The science investigates the relationship between structure of
materials and their properties.
- It also includes elements of applied physics and chemistry, as
well as chemical, mechanical, civil and electrical
engineering.
- New developments such as nanoscience and nanotechnology
continue to propel materials science and engineering to the
forefront of the studies (at many universities) around the
world.
Metallurgical engineering:
- Metallurgical Engineering is a broad field that studies the
physical and chemical behaviour of metallic elements, their
intermetallic compounds and their alloys.
- The three major branches of this field are physical metallurgy,
chemical and extractive.
- Physical metallurgy deals with the development of the different
metallic alloys that are needed for use in other branches of
engineering such as construction, manufacturing, transport, defense
and so on. Extractive metallurgy involves extracting metal from
ore.
- Metallurgy deals with chemical properties of metals including
uniting of different metals with one another to form alloys.