自行炮

自行炮车体有限元分析

The Finite Element Analysis for the Hull of Self propelled Gun

自行炮发射动力学研究

A study on the launch dynamics of self propelled artillery

软件测试技术在某自行炮武器系统中的应用

Application of Software Testing to Self-propelled Gun Weapon Systems

基于LS&DYNA瞬态动力学分析软件，建立了某空降型大口径自行炮着陆过程有限元仿真模型，重点研究火炮着陆碰撞过程。

The finite element model of the airborne large-caliber self-propelled gun was established basecl on the LS-DYNA software , and the process of landing impact was particularly studied .

建立自行炮车体有限元模型的目的在于对其进行动力特性分析和求解动力响应，并作为地炮动力学仿真的重要组成部分。

The aim of creating finite element model of the hull of self propelled gun is to analyze dynamic properties of the hull , to estimate its dynamic response , and it is an important part of the ground gun simulation .

在2005年北京国际航空博览会期间，中国北方工业总公司（NORINCO）展示了最新的PLZ05155毫米自行榴弹炮模型。

During the2005 Beijing International Aviation Expo , NORINCO revealed a model of its latest PLZ05155mm self-propelled gun-howitzer .

中国SH-1是一种为外销市场由中国北方工业总公司（NORINCO）发展的155毫米自行榴弹炮。

The SH-1 is a155mm self-propelled howitzer developed by China North Industries Group Corporation ( NORINCO ) for the export market .

一般考虑中国北方工业总公司（NORINCO）正在发展它的PLZ45155毫米自行榴弹炮一种改进型，在1990年早期内被首次介绍。

It was speculated that NORINCO was developing an improved variant of its PLZ45155mm self-propelled gun-howitzer , which was first introduced in the early1990s .

轮式自行榴弹炮总体结构动力学仿真

Study on Dynamic Imitation of Overall Structure of Wheeled Self-propelled Gung

X型自行反坦克炮是目前我军装备的威力最大的反坦克炮。

The X SP Anti_tank Gun is main equipping of our army .

某自行加榴炮闭气结构非线性有限元分析

Nonlinear Finite Element Analysis of the Obturator of a Self-propelled Howitzer

某型自行加榴炮抽筒过程动力学分析

Dynamic analysis of extracting steel cartridge of process some self-propelled howitzer

自行反坦克炮系统效能模型研究

Search for the model of self - propelled anti-tank gun system effectiveness

现代自行加榴炮系统精度评定方法研究

Study on Evaluation Method for System Accuracy of Modern SP Cannon Howitzer

自行加榴炮系统效能模型探讨

Search for the model of Self-Propelled Howitzer System Effectiveness

自行反坦克炮战斗室失火原因分析及改进探讨

Reasons for chamber catching fire of self-propelled antitank gun and improvement on the weapon system

传统自行武器的炮控系统结构庞大，控制方式复杂，存在的干扰源多。

Gun control system structure of traditional self-propelled weapon is huge , control method is complex , and disturbance source is large .

根据这一基本原理研制出了某自行高炮车炮系统的射击密集度预测软件，最后给出计算机仿真结果并与靶场实弹射击数据对比。

The principle is achieved by simulation of the movement procedure of the gun on fire and by predicting the dispersion accuracy on the target using the computer .

以某履带式自行加榴炮为例实施了动力学仿真计算，并对计算结果进行了分析。

An example of dynamic simulation for the self-propelled gun systems with caterpillars is given to illustrate the application of the proposed methods . The predictive results are analyzed in detail .

高爆反坦克（HEAT）弹可用于大多数自行火炮和榴弹炮管，他们有更好的穿透性。

High Explosive Anti-Tank ( HEAT ) Shells can be used on most SPG-class and tank howitzer guns and they carry a higher penetration value than HE .