What are advanced materials science and engineering

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Advanced materials science and engineering refers to the study and development of modern materials that are engineered with precise control over their composition and processing for specific applications. This field encompasses a variety of materials, including composites, biomaterials, and nanomaterials, which are designed for high-tech uses. Examples include smart materials that respond to environmental changes, carbon nanotubes, and specialized alloys like CoCr, stainless steels, and titanium alloys used in biomedical applications. The term "advanced" highlights the innovative nature of these materials, which often exhibit unique properties at the nanoscale, leading to enhanced performance in various industries, including electronics and healthcare. Publications like ASM International's "Advanced Materials and Processes" showcase ongoing advancements in this dynamic field.
Rathy Cato
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What is mean by advanced materials science and engineering
 
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Rathy Cato said:
What is mean by advanced materials science and engineering

Can you show us where you have seen the term used?
 
I think is related to electronic materials...
 
Rathy Cato said:
What is mean by advanced materials science and engineering
Usually 'advanced' refers to modern materials that are highly engineered in terms of composition (highly optimized and controlled) and processing.

ASM International publishes a journal "Advanced Materials and Processes". The journal highlights developments in modern materials science and engineering.
http://www.asminternational.org/portal/site/www/membership/benefits/amp/
 
I usually think of advanced materials as composites.
 
I think advance materials refer to materials which are highly engineered for specific application. Example are smart materials, carbon nanotubes and etc.
 
advanced materials refers to the materials which are used in special applications for example CoCr alloys, Stainless steels and Ti alloys are used as biomaterials, superalloys, high temperature alloys, shape memory alloys etc
 
Advanced materials are the high tech ''cool'' material that you constantly hear about. Biomaterials (have to be compatible with the human body, not toxic, used for prosthesis, pacemakers and so on), semiconductors, smart materials (ex. the ones that revert to their original shape when there is a change intemperature or piezoelectric ones or magnetorheological ones -> the ones that change viscosity when a magnetic field is applied on the fluid).

I'd say that under advanced materials you also have nanomaterials where the basic building blocks, the structure is on the nano level and thus the material as a whole exhibits different macroscopic properties.
 
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