A comprehensive comparison is presented between monolithic and tri-metallic steel–
titanium–aluminium armour subjected to nonrigid projectile impact for the first time. Behind …

Impact problems have always been a field of interest for researchers because of their wide
application in industries, especially in producing protective structures in defence. In the …

Warm hydroforming shows considerable promise as a forming technology for Fiber Metal
Laminates (FMLs) parts due to its capacity to enhance the formability of materials. However …

The ballistic resistance behavior of double-layer steel plates incorporated with different
materials is experimentally and numerically investigated by using blunt-and ogive-nosed …

Fiber-Metal laminate (FML) is widely used in marine, military, and aerospace fields for
structural protection due to its lightweight and high strength. Compared with the expensive …

The widespread use of 2024-T351 and 7075-T651 aluminum alloys in protective
engineering highlights the critical need for investigation of their ballistic resistance. In this …

The present research deals with the study of the effects of spinning on a projectile
undergoing normal impact using the principle of energy. When the projectile is fired from …

Purpose The effect of spinning has been studied and analysed for different projectile shapes
such as ogive, blunt, cylindrical and conical by using numerical simulations …

The mechanical behaviour of materials is principally dependent on the type of loading and
the duration of application of these loads on structural members. These, in turn, aid to …

The metallic and non-metallic materials that are utilized extensively for the components of
structures in aerospace, defence and civilian applications would be subjected to various …