“…Alekseev [15] has presented a simulation of geometrical parameters of both regular and irregular folded cores using CAD systems for designing the structure. A theoretical and experimental study to determine the characteristics of Z-Crimp cores has been introduced by Paimushin, et al [15], while Shabalin et al [16] provided a simulation of Z-Crimp shaping using the ANSYS finite element package. The effect of the geometrical parameters of Z-Crimp origami pattern on strength under transverse compression and longitudinal shear at the same volumetric density made of different materials has been investigated by Dvoeglazov et al [17]; the authors outlined valuable recommendations for the selection of structural parameters concerning origami structures for high strength.…”
Kshad, M. A. E., & Naguib, H. E. (2016). Development and modeling of multi-phase polymeric origami inspired architecture by using premolded geometrical features. Smart Materials and Structures, 26(2), 025012.
“…Alekseev [15] has presented a simulation of geometrical parameters of both regular and irregular folded cores using CAD systems for designing the structure. A theoretical and experimental study to determine the characteristics of Z-Crimp cores has been introduced by Paimushin, et al [15], while Shabalin et al [16] provided a simulation of Z-Crimp shaping using the ANSYS finite element package. The effect of the geometrical parameters of Z-Crimp origami pattern on strength under transverse compression and longitudinal shear at the same volumetric density made of different materials has been investigated by Dvoeglazov et al [17]; the authors outlined valuable recommendations for the selection of structural parameters concerning origami structures for high strength.…”
Kshad, M. A. E., & Naguib, H. E. (2016). Development and modeling of multi-phase polymeric origami inspired architecture by using premolded geometrical features. Smart Materials and Structures, 26(2), 025012.
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