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At essential components in the composition of artillery weapons, it is important that during the manufacturing and repair processes, to identify, at an early stage, possible non-homogeneities / structural and joining discrepancies, which may lead to major defects and finally the occurrence of some damages in these weapons. Such phenomena can be traced and prevented by non-destructive control methods available to the actors involved. Suggestive in this regard are the methods of control with penetrating, electromagnetic, ultrasound and pressurizing liquids. Ignoring the consequences of the malfunctions can lead to a worsening of the technical condition of the artillery weapons and, implicitly, to their decommissioning.

Control of Malfunctions and their Consequences in the Operation of the Heavy Artillery Weapons