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Polymer 4D printing: Advanced shape-change and beyond
Authors:Patrick Imrie  Jianyong Jin
Institution:School of Chemical Sciences, The University of Auckland, Auckland, New Zealand
Abstract:4D printing is an exciting branch of additive manufacturing. It relies on established 3D printing techniques to fabricate objects in much the same way. However, structures which fall into the 4D printed category have the ability to change with time, hence the “extra dimension.” The common perception of 4D printed objects is that of macroscopic single-material structures limited to point-to-point shape change only, in response to either heat or water. However, in the area of polymer 4D printing, recent advancements challenge this understanding. A host of new polymeric materials have been designed which display a variety of wonderful effects brought about by unconventional stimuli, and advanced additive manufacturing techniques have been developed to accommodate them. As a result, the horizons of polymer 4D printing have been broadened beyond what was initially thought possible. In this review, we showcase the many studies which evolve the very definition of polymer 4D printing, and reveal emerging areas of research integral to its advancement.
Keywords:3D printing  4D printing  additive manufacturing  bilayer  hydrogel  liquid crystal elastomer  living polymer  multimaterial  polymer composite  RAFT  shape memory polymer  shape-change
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