Experimental-Theoretical Assessment of the Minimum Velocity of Through Penetration of an Underwater Steel Barrier by a Supercavitating Striker
摘要
An experimental-theoretical assessment has been made of the minimum required velocity for through penetration of 20–60 mm thick steel barriers by a supercavitating VNZR-95 alloy striker. Parametric calculations have been conducted within the framework of an elastic-perfect plastic Prandtl–Reuss model.