On the mechanical properties of atomic and 3D printed zeolite-templated carbon nanotube networks

Modulating the porosity of carbons for improved adsorption of hydrogen, carbon dioxide, and methane: a review

“…While the synthesis of ZTCs continues to be a popular area of research, 56,184,204,[342][343][344][345] articles reporting their application in the adsorption of CO2, H2 or CH4 have dwindled in the past three years. In fact since 2018 there exist only nine journal articles on the subject of capture/storage of these molecules in ZTCs.…”

Topologically engineered 3D printed architectures with superior mechanical strength

“…Experimental results showed good agreement with MD simulations. These structures also showed anisotropic behaviour with better Young's Modulus and yield strength in the X-direction than the Z-direction [87]. The array of patterned spherical shells specifically mimic crystal structures (BCC) with negative Poisson's ratio, called auxetic metamaterials.…”

Atomic Scale Structure Inspired 3D‐Printed Porous Structures with Tunable Mechanical Response

“…Among these, 3D printing is the finest technique to fabricate complex porous geometry due to design freedom and sustainability. [ 10–15 ] Development of structures with dual nature of deformation (hard and soft) is a challenge; therefore, mainly researchers prefer multimaterials, [ 16 ] blends/alloys, [ 17 ] and composites, [ 18 ] but then the interface of such a system becomes vulnerable. Sajadi et al demonstrated unique mechanical properties (strength, modulus, and impact resistance) in 3D‐printed complex schwarzites structures (such as primitive and gyroid structure).…”