中程防空用近程火箭靶RT-400的改型

Hari Prasanna Manimaran, A. Fedaravičius
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引用次数: 0

摘要

本文的研究目的是分析恒定推力和不同火箭发动机工作时间下中程火箭目标的外弹道特性。主要要求是实现水平距离(射程)为20公里,垂直距离(高度)为10公里的火箭目标。使用的火箭发动机应该是RM-12K,由考纳斯理工大学国防技术研究所设计和建造。该电机可产生高达12千牛的推力,持续3.2秒。为实现这一目标,设计了计算模型,并对弹道分析进行了数值模拟。在本研究中,使用了两种不同的配置来实现需求。在第一次测试中,所有四个电机一起点燃3.2秒,产生48千牛的推力。在第三种配置中,两个电机使用3.2秒产生24kn,燃尽后,第二个两个电机点燃3.2秒。两种不同配置的比较分析表明,通过使用两个加两个电机在6.4秒的操作时间内实现了20公里射程和10公里高度的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modification of the Short-range Rocket Target RT-400 for Middle- Range Air Defence Systems
The objective of the research is to analyze the external ballistic characteristics of middle-range rocket target with a constant thrust and varying rocket motor operating time. The main requirement is to achieve the rocket target with horizontal distance (range) of 20 km and vertical distance (altitude) of 10 km. The rocket motor to be used should be RM-12K designed and built by the Kaunas University of Technology, Institute of Defence technology. This motor can produce up to 12 kN thrust for 3.2 seconds. To achieve the goal, a computational model is designed and numerical modelling for ballistic analysis is carried out. In this research, two different configurations are used to achieve the requirement. In the first test, all four motors are ignited together for 3.2 seconds which produce 48 kN thrust force. In third configuration two motors are used for 3.2 seconds to produce 24 kN and after the burnout, the second two motor is ignited for 3.2 seconds. Comparative analysis of two different configuration shows that the requirement of 20 km range and 10 km altitude was realised by using two plus two motors for 6.4 seconds of operational time.
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