A combined theoretical, numerical, and experimental approach is adopted to systematically
characterize the plastic deformation and ductile fracture behaviors of L907A low-alloy ship …

In this study, the description of energy absorption capacity in different deformation modes in
the perforation of thin metallic aluminum 1100-H12 targets is presented. The targets were …

The majority of current finite element (FE) simulations on shear plugging adopted Lode
independent fracture criteria, and the value of utilizing a Lode dependent fracture criterion in …

To reveal the effect and necessity of introducing the Lode angle into a fracture criterion in
ballistic performance simulations of metallic Plates, experimental and numerical work were …

The shape of the projectile seems to determine the effect of a ballistic impact and failure
mechanism. In this study, the numerical analysis of ballistic impact with different projectile …

Understanding ballistic behavior of structural materials is important for their applications in
aeronautical and astronautical industries. We investigate perforation of 2-mm thick Inconel …

Data and knowledge on ballistic performance of Inconel-718 (IN718) alloy is critical for
evaluating the resistance of turbine blades against foreign object impacts in aeronautical …

The ballistic performance of plain, reinforced and prestressed concrete targets of unconfined
compressive strength 48 MPa was studied experimentally against long rod steel projectiles …

Experimental and numerical studies were conducted to determine the impact response of 15
mm thick AA2014-T652 forged plates in the velocity region from 800 m/s to 1300 m/s …

The effect of target condition (static and dynamic) and number of projectile impacts (single
and multiple) on the ballistic performance of 6061-T6 Aluminum alloy, 7075-T6 Aluminum …