引信工艺设计中的可靠性与安全性分析

Reliability and Safety Analysis in Fuze Process Design

摘要

引信是弹药系统的重要组成部分，其性能的稳定性直接关系到武器发射的成功率和作战安全性。在变化复杂的战场条件下，引信必须能够在预定条件下准确可靠地使用，而且要避免因意外触发而引发的安全事故。为此，对其进行系统的可靠性和安全性研究，不但关系到作战效能，更是保障人员生命安全、防止次生伤害的关键。在此背景下，本文概述了引信及引信工艺设计基础，探究了引信工艺设计中的可靠性与安全性，提出了可靠性与安全性的协同分析与优化策略，并开展了案例分析与应用研究，旨在为相关设计人员提供书面参考与借鉴。

Abstract

Fuze is an important component of ammunition systems, and its stability directly affects the success rate of weapon launch and operational safety. Under complex battlefield conditions, fuses must be able to be used accurately and reliably under predetermined conditions, and safety accidents caused by accidental triggering must be avoided. Therefore, conducting systematic reliability and safety research on it is not only related to combat effectiveness, but also crucial for ensuring personnel safety and preventing secondary injuries. In this context, this article provides an overview of the foundation of fuse and fuse process design, explores the reliability and safety in fuse process design, proposes a collaborative analysis and optimization strategy for reliability and safety, and conducts case analysis and application research, aiming to provide written reference and inspiration for relevant designers.

关键词

引信工艺设计 / 可靠性 / 安全性

Key words

Fuse process design / Reliability / safety

参考文献

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