Compressive properties of aperiodic but ordered cellular materials inspired by Penrose tilings
G Qi, J Tian, C Liu, Y Chen, S Jiang, Z He, M Han… - Thin-Walled …, 2024 - Elsevier
Various cellular materials have been emerging in the past decades, whose design strategy
focuses on the periodic arrangements of a representative unit cell. Recent studies indicate …
focuses on the periodic arrangements of a representative unit cell. Recent studies indicate …
[HTML][HTML] Vibration analysis of a magneto-electro-elastic sandwich composite plate with a new honeycomb structure core layer in a thermal environment
KN Dinh, TV Duc - Aerospace Science and Technology, 2025 - Elsevier
This research investigates the vibration behaviour of a new honeycomb composite structure
(NHCS) with electromagnetic layers under the combined effects of uniform loading, thermal …
(NHCS) with electromagnetic layers under the combined effects of uniform loading, thermal …
Heterogeneous hexagonal honeycombs with nature-inspired defect channels under in-plane crushing
Taking inspiration from geometric defects in hexagonal lattices existing in nature (beehive
and graphene), this work explains how defects in the form of channels can improve the …
and graphene), this work explains how defects in the form of channels can improve the …
Effective Elastic Constants and Material Stability Analysis of Virtual Orthotropic Titanium-Based Metal Foams
IG Gómez, YE Lorca, W Velilla-Diaz… - Available at SSRN … - papers.ssrn.com
One of the major challenges in developing osteoimplants is the stiffness mismatch between
the implant material and bone, a phenomenon known as stress shielding. To address this …
the implant material and bone, a phenomenon known as stress shielding. To address this …