Integrated Design Method for Torpedo Reliability and Performance
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摘要: 为解决鱼雷研制过程中可靠性设计和性能设计顾此失彼、效率低的问题, 结合鱼雷装备研制特点, 通过分析鱼雷可靠性与性能一体化设计需求关系, 提出一体化设计的基本思路和方法, 从而明确了鱼雷可靠性与性能协同设计和一体化评价工作内容和流程。基于该方法建立一体化设计优化模型，使鱼雷可靠性与性能设计能够协同开展，并提高设计效率，最后通过实际算例验证了该模型工程应用价值。Abstract: To solve this problem that reliability and performance are challenging to synchronize during torpedo development, the basic ideas and methods were put forward for an integrated design which considering the characteristics of torpedo development and analyzing the requirements of torpedo reliability and performance integration, thus cleared the work content and process of torpedo reliability and performance collaborative design and integrated evaluation. Based on this method, an integrated design optimization model was established to enable a harmonized torpedo reliability and performance design and an improved design efficiency. Finally, the application value of the model engineering was verified practically.
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Key words:
- torpedo /
- reliability /
- integrated design /
- optimization model
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图 1 鱼雷可靠性与性能一体化设计需求关系图
Figure 1. Relationship of torpedo reliability and performance integrated design requirements
图 2 鱼雷可靠性与性能一体化设计总体思路
Figure 2. Overall idea of torpedo reliability and performance integrated design
图 3 鱼雷可靠性与性能一体化设计技术实现图
Figure 3. Technical realization diagram of torpedo reliability and performance integration design
图 4 可靠性与性能一体化设计关系图
Figure 4. Relationship of reliability and performance integrated design
表 1 指标论证优化结果
Table 1. Integration index demonstration and optimization results
指标名称 优化结果 指标名称 优化结果 W(6) 0.999 944 $ {R_W} $ 0.92 W(2) 0.961 687 $ {R_S} $ 0.93 C 1099.648万 $ {M_S} $ 0.85 $ {P_{or}} $ 0.989 5 $ {P_2} $ 0.94 
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