Auxetic behavior is a promising new area for use in defense applications. In comparison to a
conventional material, an auxetic material has superior properties because of having a …

This paper presents a conceptual design and finite element (FE) simulation of a novel class
of negative Poisson's ratio (NPR) stents with hybrid auxetic structures fabricated by FDM 3D …

The paper presents an analysis of rotating rigid unit (RRU) auxetic structures, the special
property of which is negative Poisson's ratio. The crucial features of such modified structures …

This paper develops an auxetic cantilever beam energy harvester (ACBEH) to enhance the
harvesting power from ambient vibration sources. A finite element analysis was performed to …

Purpose This study aims to propose a new methodology to develop bistable textile
structures with two different states of heat and moisture transfer by taking inspiration from the …

Auxetic materials are characterized by a negative Poisson's ratio (NPR), which expands
when stretched and shrinks when compressed. Due to the synclastic curvature of auxetics …

The present work investigates programmable auxetic surfaces and how they can be enabled
to achieve a general surface shape upon external control. To actively generate target …

The present work reports application of auxetic yarns in development of abrasion resistant
socks which can be used for better serviceability without shoes even on rough surfaces …

This paper focuses on systematically analyzing the influence of macro fabric structure and
yarn architecture on the mechanical and auxetic performance of parametric auxetic fabrics …

Sažetak The mechanical behaviour of auxetic materials and structures is the most distinctive
characteristic, which differs from that of conventional engineering materials due to the …