Method for computing damage effects of pre-set explosure bomb with proximity fuze to antiship missle

Abstract

The invention belongs to a fuze technical field and it is used for researching the damage effect of the proximity fuse fireformed fragment missile to the antiship missile, so as to provide the dicision basis of allocating corresponding cartridge to the naval gun. The computing method is to process the data on the computer by modeling of the antiship missile to obtain the damage effect of the proximity fuse fireformed fragment missile to the antiship missile at last.

Description

【Technical field】 [0001] The invention relates to a calculation method for the damage effect of weapons and ammunition on targets, in particular to a calculation method for the damage effect of prefabricated fragmentation bombs with proximity fuzes on anti-ship missiles. 【Background technique】 [0002] With the rapid development of modern science and technology, various high-performance anti-ship missiles continue to emerge. In the third Middle East War in October 1967, Egypt used the Soviet-made "Styx" missile to sink Israel's "Eilat" in one fell swoop. destroyer, which greatly stimulated the development of anti-ship missiles in various countries, and at the same time raised new issues for ship air defense and anti-missile; The sinking of the well-equipped British Royal Navy's pride, the "Sheffield" destroyer and the 18,000-ton "Atlantic Transporter" large container carrier, further proved that anti-ship missiles pose a deadly threat to surface ships. [0003] Anti-ship mi...

AI Technical Summary

Problems solved by technology

[0003] Anti-ship missiles have long range, high power, high hit rate, small size, fast speed, and variable flight trajectories. They are especially difficult to detect when flying across the sea, which brings great difficulties to defensive counterattacks.

Images