Method for constructing vulnerability model of typical armed helicopter

Abstract

The invention discloses a construction method of a typical armed helicopter vulnerability model, key parts are damaged to cause key function failure of an armed helicopter, and the key parts comprise a detector cabin, a cockpit, an electronic equipment cabin, a generator, a transmission device, an oil tank, an engine, a tail beam and ammunition. If some of the key components above are damaged, armed helicopter will be correspondingly damaged in different degrees. The vulnerability of the armed helicopter can be analyzed in a contrastive manner according to the damage of the key parts by determining the vulnerable key parts of the armed helicopter in the actual construction model and establishing the equivalent model of the damage of the key parts; therefore, a more effective judgment basis can be provided when people analyze the vulnerability of the armed helicopter, and meanwhile, key components are used as vulnerability evaluation indexes, so that a more accurate theoretical basis is conveniently provided for the establishment of a subsequent computer simulation model.

Description

technical field [0001] The invention relates to the technical field of model building, in particular to a method for building a typical armed helicopter vulnerability model. Background technique [0002] Armed helicopter, also known as attack helicopter, is a military helicopter equipped with offensive weapons. It is mainly used to attack ground targets such as infantry, armored vehicles and buildings. Its main weapons are machine guns and machine guns, rockets and precision guided missiles. Many attack Helicopters can also be equipped with air-to-air missiles, but they are mainly used for self-defense, while armed helicopters need to analyze their vulnerability when they actually perform tasks. analyze; [0003] However, in the process of constructing the vulnerability model, the protection efficiency and damage probability of the key components of the armed helicopter cannot be studied, which leads to the inability to obtain better analysis results for the key components ...

AI Technical Summary

Problems solved by technology

[0004] The present invention provides a method for constructing a typical armed helicopter fragility model, which can effectively solve the problem that the protection efficiency and damage probability of the key components of the armed helicopter cannot be studied in the process of constructing the vulnerability model in the above-mentioned background technology. As a result, the key components of the armed helicopter cannot be better analyzed after the model components. At the same time, because the damage levels of the key components of the armed helicopter are indeed divided, researchers cannot have a more intuitive understanding of the damage degree of the armed helicopter, thereby reducing The problem of the actual application effect after the model is constructed

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