Add to ORKGAuxetic behavior in low porosity metallic structures is demonstrated via a simple system of orthogonal elliptical voids. In this minimal 2D system, the Poisson\u27s ratio can be effectively controlled by changing the aspect ratio of the voids. In this way, large negative values of Poisson\u27s ratio can be achieved, indicating an effective strategy for designing auxetic structures with desired porosity
AbstractA new design principle is suggested for constructing auxetic structures – the structures tha...
This study proposes a new approach to designing impact resistant elastomeric structures using innova...
This study proposes a new approach to designing impact resistant elastomeric structures using innova...
Auxetic behavior in low porosity metallic structures is demonstrated via a simple system of orthogon...
Auxetic behavior in low porosity metallic structures is demonstrated via a simple system of orthogon...
This paper proposes the design of a two-dimensional porous solid with omni-directional negative Pois...
We conducted molecular statics simulations to investigate the negative Poisson's ratio (auxetic...
Materials with a negative Poisson's ratio (auxetics) are counter intuitive because their mechan...
We propose the design of a novel three-dimensional porous continuous solid exhibiting negative Poiss...
We propose the design of a novel three-dimensional porous continuous solid exhibiting negative Poiss...
This paper summarizes research work related to materials with zero, or negative Poisson’s ratio, mat...
Elastic instabilities are usually deleterious and needed to prevent. In this study, we use elastic i...
It has been known that when introducing alternating elliptical extrusions in a solid material with a...
It has been known that when introducing alternating elliptical extrusions in a solid material with a...
It has been known that when introducing alternating elliptical extrusions in a solid material with a...
AbstractA new design principle is suggested for constructing auxetic structures – the structures tha...
This study proposes a new approach to designing impact resistant elastomeric structures using innova...
This study proposes a new approach to designing impact resistant elastomeric structures using innova...
Auxetic behavior in low porosity metallic structures is demonstrated via a simple system of orthogon...
Auxetic behavior in low porosity metallic structures is demonstrated via a simple system of orthogon...
This paper proposes the design of a two-dimensional porous solid with omni-directional negative Pois...
We conducted molecular statics simulations to investigate the negative Poisson's ratio (auxetic...
Materials with a negative Poisson's ratio (auxetics) are counter intuitive because their mechan...
We propose the design of a novel three-dimensional porous continuous solid exhibiting negative Poiss...
We propose the design of a novel three-dimensional porous continuous solid exhibiting negative Poiss...
This paper summarizes research work related to materials with zero, or negative Poisson’s ratio, mat...
Elastic instabilities are usually deleterious and needed to prevent. In this study, we use elastic i...
It has been known that when introducing alternating elliptical extrusions in a solid material with a...
It has been known that when introducing alternating elliptical extrusions in a solid material with a...
It has been known that when introducing alternating elliptical extrusions in a solid material with a...
AbstractA new design principle is suggested for constructing auxetic structures – the structures tha...
This study proposes a new approach to designing impact resistant elastomeric structures using innova...
This study proposes a new approach to designing impact resistant elastomeric structures using innova...