Odd mechanical metamaterials with simultaneously expanding or contracting under both compression and tension
Mechanical metamaterials with negative Poisson's ratio have attracted widespread attention
in recent decades due to their unique mechanical properties. This metamaterial often …
in recent decades due to their unique mechanical properties. This metamaterial often …
A bio-inspired auxetic metamaterial with two plateau regimes: Compressive properties and energy absorption
Auxetics are a unique class of materials that exhibit a negative Poisson's ratio (NPR) owing
to their distinguish deformation behavior. However, some auxetics are either weak in their in …
to their distinguish deformation behavior. However, some auxetics are either weak in their in …
A novel hybrid auxetic honeycomb with enhanced load-bearing and energy absorption properties
Auxetic structures with negative Poisson's ratio exhibit excellent performance in cushioning,
shear resistance and energy absorption, but their load-bearing capacity is usually poor. To …
shear resistance and energy absorption, but their load-bearing capacity is usually poor. To …
[HTML][HTML] Mechanical response of functionally graded lattices with different density grading strategies
This paper explains the quasi-static compressive behaviour of functionally graded lattices
made of polyamide PA11 by multi jet fusion (MJF). The effects of various unit cell topologies …
made of polyamide PA11 by multi jet fusion (MJF). The effects of various unit cell topologies …
[HTML][HTML] Additive manufactured Triply Periodical Minimal Surface lattice structures with modulated hybrid topology
The fabrication freedom offered by additive manufacturing techniques is a unique asset to
be exploited in the design of lightweight lattice structures. Adjusting topological and …
be exploited in the design of lightweight lattice structures. Adjusting topological and …
Characterization of penetrate and interpenetrate tessellated cellular lattice structures for energy absorption
A Dara, A Johnney Mertens… - Proceedings of the …, 2023 - journals.sagepub.com
Recently, cellular lattice structures are gaining research attention due to their lightweight
and high energy absorption. Interpenetrated lattice structure is a combination of two or more …
and high energy absorption. Interpenetrated lattice structure is a combination of two or more …
Design, FDM printing, FE and theoretical analysis of auxetic structures consisting of arc-shaped and Dumbell-shaped struts under quasi-static loading
This paper presents the design, 3D printing, and testing of this novel type of auxetic structure
formed with arc-shaped unit-cells (UCs). The mechanical behavior of two different re-entrant …
formed with arc-shaped unit-cells (UCs). The mechanical behavior of two different re-entrant …
Achieving superelastic shape recoverability in smart flexible CuAlMn metamaterials via 3D printing
Despite the remarkable advancements in the additive manufacturing of metamaterials,
tradeoffs remain between functionality and mechanical performance owning to static …
tradeoffs remain between functionality and mechanical performance owning to static …
3D printed negative stiffness meta-structures with superior energy absorption and super-elastic shape-recovery features
The aim of this paper is to create novel 3D cubic negative stiffness (NS) structures (NSSs)
with superior mechanical performances such as high energy absorption, shape recovery …
with superior mechanical performances such as high energy absorption, shape recovery …
Design of a programmable particle filtering medium using a novel auxetic metamaterial
This study presents the design and development of a 2D auxetic filtering medium with
programmable geometric features specifically designed to vary under in-plane tensile strain …
programmable geometric features specifically designed to vary under in-plane tensile strain …