2. 3D and 4D synthetic comparison
The 4D technologies mentioned in this article have their origins
in the invention of additive manufacturing in 1984. While additive
manufacturing is a simple process to implement in principle (just
in principle), the girl born in 2013 envisages a number of interdependent
refinements: 4D printing involves so-called active materials in the
object created by additive manufacturing, which must be transformed
by means of at least one energy stimulus. This energy input enables
changes in shape and/or functionality. 3D printing is now industrialized,
but research continues to progress in terms of processes and, above
all, materials. Below, we examine whether the sophistications found
in the international literature are of little or no use for robust
application developments in 4D printing.
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3D and 4D synthetic comparison