Opportunities For High Frequency Smart Material Application İn Fifth Generation- A Revıew

İn the fabricating world presently,we require some ‘smart’ materials that can modify their property agreeing to our prerequisite. smart substances are one of the interesting substances and the not unusual traits of a majority of these substances are not unusual this is their behaviour or noteworthy property may be modified, turned around or managed below the effect of outside impulse. Their shrewdness can be characterized by its self-adaptability, self-sensing and self-healing in reaction to any outside boosts. In straightforward words ‘Smart Materials’ may be characterized as the fabric which respond to its environment on its own , the response may show itself as a alter in volume, colour, consistency, o sullen and this may happen in reaction to a alter in temperature, push, electric current, pH or attractive field. Smart materials have a breathtaking impact on assortment of areas since its revelation to its show day and moreover its affect is unmistakable in our day to day life through its application in shrewd foundation to smart sensors as well as keen gadgets and vehicles. In this paper we have centered on the presentation to shrewd materials, their current and potential application in diverse areas, brief dialog around their sort such as actuators, shape memory combination, piezoelectric fabric and so on.

Authors

Publication Details

Journal
African Journal of Biomedical Research
Published
2024-11-27
DOI
https://doi.org/10.53555/ajbr.v27i4s.4240
Primary Topic
Advancements in Materials Engineering
Type
article
Field-Weighted Citation Impact
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article

Opportunities For High Frequency Smart Material Application İn Fifth Generation- A Revıew

Dr Santhosh Kumar Allemki
African Journal of Biomedical Research
Advancements in Materials Engineering
article

Opportunities For High Frequency Smart Material Application İn Fifth Generation- A Revıew

Dr Santhosh Kumar Allemki
article en

Abstract

İn the fabricating world presently,we require some ‘smart’ materials that can modify their property agreeing to our prerequisite. smart substances are one of the interesting substances and the not unusual traits of a majority of these substances are not unusual this is their behaviour or noteworthy property may be modified, turned around or managed below the effect of outside impulse. Their shrewdness can be characterized by its self-adaptability, self-sensing and self-healing in reaction to any outside boosts. In straightforward words ‘Smart Materials’ may be characterized as the fabric which respond to its environment on its own , the response may show itself as a alter in volume, colour, consistency, o sullen and this may happen in reaction to a alter in temperature, push, electric current, pH or attractive field. Smart materials have a breathtaking impact on assortment of areas since its revelation to its show day and moreover its affect is unmistakable in our day to day life through its application in shrewd foundation to smart sensors as well as keen gadgets and vehicles. In this paper we have centered on the presentation to shrewd materials, their current and potential application in diverse areas, brief dialog around their sort such as actuators, shape memory combination, piezoelectric fabric and so on.

African Journal of Biomedical Research
Openalex Percentile: Top 78%
Advancements in Materials Engineering
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Opportunities For High Frequency Smart Material Application İn Fifth Generation- A Revıew — Dr Santhosh Kumar Allemki · African Journal of Biomedical Research (2024) | TGRS Research Map | TGRS