torpedo tube

The article presents an optical method to measure the torpedo tube central line and its successful application in actual project.

针对鱼雷发射管零件中心线的测量,介绍了一种光学测量方法的原理,并运用该方法对某发射管进行了工业现场测试。

This paper proposes an adaptive weight genetic algorithm to optimize the swim-out torpedo tube design,which is nonlinear and multi-objective optimization problem.

为了对自航式鱼雷发射管进行优化设计,采用适应性权重遗传算法解决多目标非线性优化问题。

The optimization of swim-out torpedo tube length is a nonlinear programme problem, which global optimal solution cannot be got by general optimization algorithm.

自航式鱼雷发射管长度优化是一个复杂的非线性规划问题,常规优化算法难以找到全局最优解,为此,本文选择遗传算法进行自航管长度优化研究。

Research on torpedo anti-ship active fuze based on phase-coded signal;

基于相位编码信号的鱼雷主动反舰声引信研究

The Application of Li/SF_6 Heat Source in the Torpedo and the UUV Propulsion Systems;

Li/SF_6热源在鱼雷和UUV推进系统中的应用

The research on modeling and simulation of torpedo reverberation;

鱼雷混响建模与仿真研究

Based on the analysis of two intercept trajectories of anti-torpedo torpedo(ATT),mathematical models of converse trajectory and direct trajectory were established.

通过分析反鱼雷鱼雷的2种不同拦截弹道,建立了迎面逆弹道拦截和直接直线拦截方案的数学模型,讨论了来袭鱼雷方位角和反鱼雷鱼雷发射角之间的关系,采用蒙特卡罗法,仿真计算了本舰对来袭鱼雷的测距和测向误差对反鱼雷鱼雷拦截目标概率的影响,同时讨论了拦截弹道与反鱼雷鱼雷性能的关系。

It is very important to research the structural dynamic response of torpedo under the shock of underwater explosion and the damage radius of anti-torpedo torpedo(ATT) for the development of ATT.

水下爆炸冲击下的鱼雷结构动力学响应特性研究和对来袭鱼雷毁伤效果的评定对反鱼雷鱼雷研究具有重要的应用价值。

It is important for anti-torpedo torpedo(ATT) to estimate the course angle and distance of high speed underwater vehicles so as to enhance the probability of successful interception.

为了提高反鱼雷鱼雷拦截成功率,实现其对水下高速航行体的航向角和距离估计尤显重要。