Abstract
This paper describes the aluminium alloy mechanical properties during the impact loading. The full work focused on aluminium alloy AW 5005 process perforation and tensile test. The numerical analysis and experimental investigations are carried out on the aluminium alloy AW 5005. From this, the aluminium Aw 5005 ballistic properties of the structure are find out. This experiment is done by the help of conical shape projectile. The wide range strain rates are calculated by the experimental and numerical investigation. It is known as failure criteria of the aluminium alloy Aw 5005. The failure criteria is find out by the optimization method functions. The both perforation test and tension results are from the numerical and experimental investigation are tabulated for comparison.
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