Introduction
Origami is a technique for creating complex three-dimensional (3D) structures by defining mountain and valley crease patterns on a two-dimensional (2D) sheet. The defined crease patterns impart various properties to the formed 3D structures. One of the properties imparted is foldability and expandability to compactly store the deployable structures. These properties allow for the fabricated 3D structure to be folded into a 2D shape and redeployed at the destination. These properties have led to applications in medical stents \cite{kuribayashi2006self} , automotive airbags \cite{bruton2016packing} , shelters \cite{thrall2014accordion}, and space structures \cite{zirbel2013accommodating}. In addition, the crease patterns have properties that increase the structural strength of 3D structures. Specifically, the crease patterns increase the stiffness of the entire structure by increasing the second area moment. The stiffness can be increased by three orders of magnitude by adding straight creases while using the same amount of material \cite{woodruff2021curved} \cite{gilewski2014comparativea}. In addition, the microstructure folded with lithographic patterning can withstand a load greater than its weight by a factor of 7700 \cite{bassik2009microassembly}. Therefore, this technique has been used to manufacture core materials for sandwich structures, as they are lightweight and exhibit high stiffness.