4D printing consists of biomimetic composites
that adapt and reprogram their properties, functionality or shape on demand
based upon external stimuli. Researchers are combining different types of
plastics and fibers to create smart materials that self-assemble or change
shape when they come into contact with stimuli such as heat or water or are
confronted with a change in its environment. Skylar Tibbits, the director of
Massachusetts Institute of Technology Self-Assembly Lab and researchers from
the firms Stratasys and Autodesk Inc. have developed a process that turns a
code into such smart objects. 4D printing technology is expected to allow users
to print objects by taking smart materials from a 3-D printer that reshape
themselves or self-assemble over time take.
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It is called 4D because it adds time (fourth
dimension), to the printing process. Specific geometrical training needs to be
imparted to such a printer in order to bring precision to the process of
transformation of an object into various shapes formed at specific angles. A
geometric code based on the object's own angles and dimensions is fed to the
printer along with measurements that dictate its behavior when confronted with
external stimuli. This code sets the direction, the number of times and the
angles at which a material can bend and curl. Increased demand for
technological innovation in the fields of military, manufacturing,
construction, fashion and aerospace among others is expected to bolster the
research work in order to practically realize the concept of 4D printing.
Complex coding techniques, high cost of developing smart materials are some of
the restraints for the research and development work.
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Potential application areas include military & defense, automotive, manufacturing, medicine, construction, infrastructure, clothing, aerospace and numerous other fields. In military and defense, concepts such as alteration of camouflage of a soldier’s uniform, protection against shrapnel upon contact and protection against poisonous gas upon exposure are proposed and can be put into practical use with technological advancement. Additionally, guns could transform into other weapons, aerial drones could transform into land-roaming machines, and submarines could hide based on the water they travel through. In the automotive field, the concept of developing an automobile coating that changes its structure with environmental changes in order to protect it from corrosion can be made possible with the advent of 4D printing. In the field of manufacturing, the concept of self-assembling machines and processes where a pile of parts can be taken without human intervention in order to transform them into various products can be realized. In the field of medicine, DNA nanorobots that track down and selectively kill cancerous cells can be developed using this technology. In the construction field, self-assembling materials can be converted into fully completed structures in extreme environments or disaster areas where conventional construction is too expensive or not feasible. In the infrastructure field, 4D printing can be used to develop bridges or roads made from self-expanding materials to heal damage and cracks. In the field of clothing and fashion, 4D printing can develop clothes that transform by themselves as per the shape and size of the person wearing them. In the field of aerospace, airplanes could be made to change themselves based on what they carry and where they fly.
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