浅议水雷寿命期内环境条件和边界参数
A Brief Discussion on Environmental Conditions and Boundary Parameters During Service Life of Naval Mines
郭勍 1何光进2
作者信息
- 1. 海军装备部驻西安地区军事代表局,西安 710000
- 2. 海军装备部驻广州地区军事代表局,广州 510320
- 折叠
摘要
针对水雷全寿命剖面中环境变量的边界参数进行了深入探讨,为确定水雷全寿命剖面的环境条件边界参数提供了新的研究方向.以确定舰船部署水雷的环境边界参数为案例进行了深入探讨,特别关注了这类水雷在其整个生命周期中的环境条件边界参数,并据此构建了一套用于确定其环境条件边界参数的策略,为水雷产品在其生命周期中环境条件边界参数的确定提供了新的研究方向,这将有助于推动水雷环境工程分析技术的进步,能够更准确地评估水雷的性能和可靠性,从而为水雷的设计和应用提供科学依据.为了进一步提高水雷装备的可靠性和水雷环境工程分析技术,需要对现有的研究思路进行深化和完善,并将其应用于水雷环境条件边界参数的确定过程中,从而为装备建设提供更为坚实的技术支持和依据.
Abstract
The work aims to study the boundary parameters of environmental variables in the whole life profile of naval mines in detail to provide new research directions for determining the boundary parameters of environmental conditions in the whole lifespan profile of mines.Focusing specifically on naval deployment of mine,an in-depth exploration into the environ-mental boundary parameters during its entire life cycle was conducted to formulate a strategy for determining these environ-mental condition boundary parameters.This study provides fresh research directions for the determination of environmental boundary condition parameters of mine product life cycle and contributes to the development of mine environmental engineering analysis technology.This enhancement enables a more accurate assessment of the performance and reliability of naval mines,thus providing a scientific basis for their design and application.In order to further improve the reliability of mine equipment and the analysis technology of mine environmental engineering,it is necessary to deepen and refine existing research ap-proaches,and apply them to the determination of environmental boundary condition parameters in naval mines,so as to provide more powerful technical support and demonstration for equipment construction.
关键词
水雷/寿命期剖面/环境剖面/自然环境/诱发环境/环境数据库Key words
naval mine/life cycle profile/environmental profile/natural environment/induced environment/environmental database引用本文复制引用
基金项目
J队装备综合研究项目(HJ20172A05387)
出版年
2024
NETL
NSTL
万方数据