Finding ideal materials remains a crucial challenge in the aerospace, automotive,
construction, and biomedical industries. Moreover, a growing concern about environmental …

Following high profile, life changing long term mental illnesses and fatalities in sports such
as skiing, cricket and American football—sports injuries feature regularly in national and …

In this paper, not only the effect of cell-wall thickness on the deformation mode of metallic
auxetic reentrant honeycomb was firstly studied, but also the negative Poisson's ratio (NPR) …

In this paper, the quasi-static compression behavior of graded metallic auxetic reentrant
honeycomb was firstly studied. Using the selective laser melting method, the unidirectionally …

In recent years, various auxetic material structures have been designed and fabricated for
diverse applications that utilize normal materials that follow Hooke's law but still show the …

It is generally acknowledged that the indentation resistance or hardness of auxetic materials
is higher than that of their conventional counterparts under elastic deformation. However …

In recent years, auxetic cellular materials such as auxetic reentrant honeycombs were
widely studied due to its attractively negative Poisson's ratio. In this manuscript, the structure …

Helicopters are versatile aircraft that can perform numerous missions such as ground
surveillance, rescue missions, air ambulance, fire-fighting etc. However, helicopter crashes …

High sensitivity and linear response over a wide sensing range are important in flexible
pressure sensors for their practical applications in biomimetic electronics and human …

This paper introduces a new methodology for generating three-dimensional (3D) negative
Poisson's ratio behavior with lattice representations of the rotating rigid mechanism as a …