战斗部

基于OpenGL的战斗部结构可视化系统

Compared the actuality of the structure of th Visualization System of Semi-Armor-Piercing Warhead Based on OpenGL

LS-DYNA程序在战斗部仿真计算中的应用

Application of LS-DYNA Program in Emulation Calculation of Warhead

聚能战斗部CAD系统的研究

A CAD System for Shaped Charge Warheads

提出了建立常规战斗部CAD系统的框架体系，并对实现该系统的关键技术进行讨论。

It offers the frame of the conventional warhead CAD system , and expresses several key technology of the system 's establishment .

基于ALE算法的爆破战斗部爆炸效应数值模拟研究

Numerical Simulation of Blasting Warheads Exploding Based on ALE Method

反TBM导弹动能杆战斗部优化设计

Optimization Design of Ke-Rod Warhead in Anti-TBM Missile

基于LS-DYNA连续杆战斗部对目标毁伤因素数值分析

Analysis Numerical of Value Continuous Rod Warhead to Target Damage Based on LS-DYNA

提出了基于KBE技术的常规战斗部设计方案，介绍了KBE技术的框架和功能，建立了常规战斗部CAD系统，构筑了系统的框架体系，分析了系统的知识库和功能模块。

This article offers a brief introduction to establishing conventional warhead CAD system based on KBE technology .

FAE战斗部爆炸威力评价方法的分析

Analysis of evaluation methods for blast power of FAE warhead

设计了一种第一级能够形成环形射流的W型聚能装药，第二级采用大锥角聚能装药的串联战斗部，并且通过试验研究了该种战斗部对靶板的毁伤效果。

W type liner that can form annular jet is adopted as the forward charge and the wide angle shaped charge is adopted as the follow through one .

发射状态下燃料对FAE战斗部壳体的应力作用分析

The Stress Function of Fuel on the Shell of FAE Warhead During Launching

针对某导弹战斗部，采用ANSYS软件分析了两种不同夹具及两种控制方式对试验测点加速度响应的影响。

In this paper , the effect of different test fixtures and different control methods on the acceleration response of a missile head was analyzed by using ANSYS .

FAE战斗部毁伤威力评价的试验研究

Experimental research on damage-power evaluation of FAE warhead

对所设计的EFP战斗部进行成型过程、气动力系数和飞行弹道计算。

The process of formation , aerodynamic coefficient and trajectory of EFP are calculated .

应用MATLAB语言编制了可在各种弹目交会条件下，计算引信最佳起爆点、最佳延迟时间和战斗部对武装直升机毁伤概率的计算程序。

A MATLAB computer programme has been given , which can compute the fuze optimum burst point , the optimum time delay and the unitary body damage probability on all projectile-target encounter conditions .

结果表明K装药射流对靶板侵彻深度及孔径较为合理，是一种性能优异的破爆型串联战斗部聚能装药结构。

The result shows that the jet form K Charges has high performance which can get large diameter and high depth hole in penetration , and it has high value in tandem charge warhead design .

该文采用正交优化设计方法，利用数值模拟手段，对球缺型EFP战斗部优化设计进行研究。

Using orthogonal optimizing design and numerical simulation methods , EFP warhead with hemispherical liner is optimized .

基于Gurney假设的一种非对称型战斗部破片初速计算

Calculation of First Velocity of the Unsymmetrical Warhead ' Fragment Based on Gurney Hypothesis

利用SPH算法给出战斗部对混凝土先侵彻后爆炸的数值分析。

Using SPH algorithm the numerical analysis of the projectile penetrating and subsequently detonating in a concrete was documented .

这一研究可为一次引爆FAE配方及战斗部设计与优化提供有益参考。

The study can provide helpful references for designing and optimization of the single ignition FAE batch formula and warhead .

介绍了蒙特卡洛方法（Monte-Carlo）仿真的基本原理，并运用该方法对导弹子母弹战斗部对复杂目标毁伤进行研究，利用Matlab语言编制仿真程序实现了计算机仿真。

This paper introduces the basic principle of Monte-Carlo and researches the destruction efficiency of complex targets missile cargo warheads by method of Monte-Carlo , realized computer simulation with compile emulator program of Matlab language .

EFP战斗部技术是末敏弹关键技术之一。外壳对爆炸成型弹丸（EFP）的影响

EFP warhead technology is the key technology of sense and destroy armor artillery projectile . THE INFLUENCE OF THE CASING ON EFP

其次分析了低速破片战斗部与侧视引信配合的困难，以及导弹引信一体化（GIF）技术的应用。

The difficulty in joining low speed fragments warhead with side looking fuze as well as the application of guidance integrated fuze technology were proposed .

应用灰色系统预测理论解决智能雷战斗部研制费用估计问题，建立了灰色系统GM模型。

In addition , the solution to the problem of intelligent mine warheads development cost evaluation is discussed in terms of the theory of gray system forecast , and accordingly the GM model of gray systems are established .

破甲弹采用EFP战斗部时，要求药型罩材料必须有好的动态延展性和一定的抗拉强度。

The material of shaped charge liner should have good dynamic ductility and certain tensile strength when shaped charge adopts explosively formed projectile warhead .

GIF技术本质上是一种预测算法，其利用导引头测量参数预测战斗部起爆时机。

It is inevitable and feasible . GIF technology is essentially a kind of statistical prediction algorithm and it makes use of measurement parameters to predict the time to burst .

抗侵彻过载战斗部模拟装药Hugoniot特性实验研究刚性弹侵彻不同靶材的侵彻深度比较

Experimental Investigation on Hugoniot Characteristic of Simulated Explosive in Warhead of Protected Overload Against Penetration Comparison among depths of penetration of different targets subjected to rigid projectile impact

测试鱼雷聚能战斗部爆炸成型弹丸（EFP）对潜艇结构的毁伤效果，考核战斗部威力指标，有利于准确评估反潜鱼雷聚能战斗部毁伤威力。

The test of damage effect of the explosively-formed projectile ( EFP ) on submarine structure is of benefit to evaluate the damage power of anti-submarine torpedo shaped charge warhead .

结果表明，优化后的TVC方案避免了弹体抬头的现象发生，提高了导弹击顶时的落角，可降低对战斗部的指标要求。

The results indicate that the optimized TVC scheme avoids rising of missile-body , and increases the impact angle , which reduces the requirement on the warhead .

通过建立力学模型，对FAE战斗部壳体进行了定量分析，提出了FAE战斗部壳体设计的新方法。

By building up a mechanic model , the qualitative and quantitative analysis of FAE warhead shell are introduced in the paper , and a new design method is put forward .