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3D Printing
3D printing of nematic self‐assembling thermotropic liquid crystal polymers allows orientation control on the fly. This method enables the creation of intricate patterns which offer potential applications in functional structures with stiffness gradients and crack‐mitigation strategies. This approach also facilitates the study and replication of nature‐inspired patterns through extrusion...
Anisotropic materials formed by living organisms possess remarkable mechanical properties due to their intricate microstructure and directional freedom. In contrast, human‐made materials face challenges in achieving similar levels of directionality due to material and manufacturability constraints. To overcome these limitations, an approach using 3D printing of self‐assembling thermotropic liquid...
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