This study focuses on optimizing process parameters to minimize the thickness of Ru–San
composite blocks against high-velocity impact, aiming to enhance projectile energy …

Developing rubber-sand composites for enhanced impact resistance faced challenges in
material selection, optimisation of vulcanisation, interfacial bonding, and understanding …

The low-cost, eco-friendly ballistic impact resistance materials are gaining more importance
in defense applications. The present work investigates the findings of ballistic impact …

Ballistic resistant composites plays a major role in defence applications and development of
such composites should be carefully assessed before being physically developed. The …

High velocity impact analysis of natural fiber reinforced composites is essential as the trend
is focused towards the development of light weight, environment-friendly, non-corrosive and …

This article focuses on the Finite Element (FE) analysis of the ballistic performance of the
polymer composites consisting of natural rubber (NR), glass-epoxy (GE) and glass-rubber …

There has been an urgent need to develop and analyse multi-layered composite structures
with varying material properties to withstand projectile impact. The proposed study focuses …

The present study deals with development of conceptual proof for jute rubber based flexible
composite block to completely arrest the projectile impacting the target at high velocity …

The qualitative analysis of instrumented ballistic impact for jute-epoxy sandwiches with fly
ash reinforced functionally graded (FG) flexible, compliant rubber core is presented. An …

The present study deals with the experimental, finite element (FE) and analytical
assessment of low ballistic impact response of proposed flexible 'green'composite make use …