Smart materials are advanced and lifeless materials that assimilate distinct functions such as sensing, actuation, logic, and control to adaptively react to alterations in the environment to which they are exposed, in a constructive and mostly recurring way. Smart materials will help reduce weight, component size, and complexity while improving design flexibility, functionality, and reliability. They are an exciting area of polymer innovation.

The main advantage of smart memory materials is that they give material new capabilities without the need for sensors, actuators, or electronics. For this reason, it is possible to get products that interact with the environment or with people without the need for them to be connected to electricity supplies.

Because of their interesting properties, such as excellent structural versatility, lightweight, low cost, easy processing, high elastic strain, biocompatibility, and biodegradability, our interest is to pay much attention to using them in related industries.