With the swift advancement of aerospace, shipbuilding and engineering, the significance of
sandwich structures with cellular cores is becoming increasingly prominent due to their multi …

Auxetic structures (AXSs) are a novel class of materials with unique mechanical deformation
behavior associated with negative Poisson ratio. The combination of AXS configurations …

The honeycomb sandwich panel presents a highly promising solution for enhancing ballistic
behavior owing to its excellent strength-to-weight ratio and impact resistance. This study …

The experimental and numerical investigations on the dynamic responses and failure
mechanisms of honeycomb panels under low-velocity impact were carried out in the present …

To investigate the impact resisting behavior of honeycomb cored sandwich panel under the
bullet attacks, birds and debris, computational analysis of ballistic impact tests have been …

The pursuance of lightweight yet robust materials and structures has led to the rapid
evolution of protective technologies. Additive Manufacturing (AM) has emerged as a …

The present chapter reciprocated in the direction of comparing the dynamic response of
sandwich panels with foam and honeycomb cores in blast loads to aid in building efficient …

Auxetic metamaterials, characterized by their negative Poisson's ratio, offer promising
prospects for utilization in absorbing energy during quasi-static compressive loading as well …

Purpose Auxetic sandwich structures are gaining attention because of the negative
Poisson's ratio effect offered by these structures. Re-entrant core was one configuration of …

Researchers have extensively explored various approaches to enhance the blast resistance
of structures, concentrating on optimizing structural designs and employing a wide range of …