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Eksperymentalna weryfikacja zmodyfikowanego ładunku specjalnego „Ptasznik” w zastosowaniach niekonwencjonalnych

Warchoł Radosław, Gędziorowski Maciej, Piecuch Marek, Magier Mariusz

Przemysł Chemiczny

2023

T. 102, nr 11

1182--1196

Przedstawiono uniwersalny ładunek specjalny (UŁS) „Ptasznik” o działaniu kumulacyjnym. Opisano genezę jego powstania oraz scharakteryzowano ładunki kumulacyjne, które są obecnie na wyposażeniu sił zbrojnych i stanowią specjalistyczne wyposażenie pojedynczego żołnierza. Wymieniono podstawowe parametry taktyczno-techniczne UŁS. Zaprezentowano wyniki badań poligonowych m.in. podstawowego parametru, jakim jest głębokość przebicia płyty pancernej przez UŁS dla różnych dystansów (odległość podstawy wkładki kumulacyjnej od obiektu). Dodatkowo badania poligonowe zostały rozszerzone o sprawdzenie niekonwencjonalnego zastosowania UŁS, m.in. użycia ładunku z dodatkowymi modułami funkcjonalnymi - nakładki EFP oraz DFC.

A universal special charge (USC) “Fowler” with a cumulative effect was exptl. verified. The USC was compared with conventional charges currently used by engineering troops. The basic tactical and tech. parameters of the USC were described. The special modifications of the charge developed in order to enable its use in non-military and nonconventional applications were described. The field test results, esp. its penetration depth in the armor plate from various distances, were presented. The field tests were extended to check the unconventional use of USC by using addnl. functional liners like explosively formed projectile and directional fragmentation charge.

Influence of a non-Explosive Filling Included in the Conical Liner Cavity of a Shaped Charge on its Penetrative Capability

Warchoł Radosław, Żochowski Paweł, Bagrowski Jan, Gędziorowski Maciej, Sałaciński Tomasz

Central European Journal of Energetic Materials

2023

Vol. 20, no. 4

400--416

Based on literature, it can be concluded that the results obtained for partially or fully filled inert (non-explosive) material of the free space inside the cone created by the liner inside a shaped charge (SC), have not been deeply examined. Preliminary results in this work were obtained for SCs taken from the warhead of an anti-tank rocket-propelled grenade, PG-7WM (also known as PG-7VM). The warhead was modified by perpendicular intersection and by inserting an inert, i.e. made from non-explosive, cone. Each of the inert fillers was prepared from one of the three materials: copper (type M1E), steel S355, aluminium (type 2024) or a polymer (polyoxymethylene, POM-C). The densities of these materials were 8.9, 7.86, 2.7 and 1.41 g/cm³, respectively. Each inert cone was tightly placed inside the inner area of the cumulative liner cone of the warhead. For each filler, there were three types of cones. The differentiating feature between the fillers under test was the difference in their height, i.e. 1/3, 2/3 and the full height of the SC cone. In all tests the effect of the impact of the cumulative jet (SCJ) was observed in an arrangement comprised of three adjacent armoured steel plates (ARMSTAL 30PM), with a total target thickness of 25 mm. It was shown that the application of the inert cones caused significant changes in the dimensions and shapes of the holes through the plates of ARMSTAL 30PM armour steel. The relationship between the densities of tested fillers and the height of the cones made with these fillers versus the effects observed in the armour plate were also taken under account. The filling, obtained from non-explosive material, allows a cut off of the relevant section of the front of the SCJ. It was noted that the tested modifications of the anti-tank rocket-propelled grenade, PG-7WM could find some applications in engineering and sapper work, especially in destroying unexploded munitions.