水下爆炸物羽流跟踪与定位技术仿真研究

Simulation Research on Plume Tracking and Positioning Technology of Underwater Explosive

摘要:

利用主装药的化学痕迹特性，应对水下爆炸物跟踪与定位技术需求，建立了仿真模型，完成模拟 UUV 在水中环境对化学羽流追踪及源头定位的过程。所建模型可以通过更改流场信息、羽状物扩散条件等方式，形成不同形式的化学羽流，模拟出不同环境下的化学羽流运动特性。通过水中仿真实验，验证 UUV 采用追踪方法对不同环境下的化学羽流追踪和定位的有效性。

Abstract:

A simulation model is established for the technical requirements of tracking and positioning chemical traces of underwater explosives. The process of simulating UUV in the water environment to track the chemical plume and locate the source is completed. The simulation model can form different chemical plumes by changing plume information and plume diffusion conditions to simulate the movement of chemical plumes in different environments. The effectiveness of UUV tracking and positioning method for chemical plume in different environments is verified by underwater simulation experiments.