CAJ | 학술논문

针对舰艇管网控制实时性要求高、管网拓扑结构复杂等特点，提出基于模糊理论的分布式管网漏损探测和定位方法。介绍模糊理论的基本原理，确定隶属度函数，提出管网系统的故障隶属度和漏损指数作为管网是否发生漏损的特征参数，判断管网系统是否发生漏损，并根据漏损点附近漏损指数最大的特点，通过找出各个节点或者管段的最大漏损指数实现管网漏损点定位。最后对本文所提方法进行数值仿真，仿真结果表明该方法是一种有效的漏损探测、定位方法。
침대함정관망공제실시성요구고、관망탁복결구복잡등특점，제출기우모호이론적분포식관망루손탐측화정위방법。개소모호이론적기본원리，학정대속도함수，제출관망계통적고장대속도화루손지수작위관망시부발생루손적특정삼수，판단관망계통시부발생루손，병근거루손점부근루손지수최대적특점，통과조출각개절점혹자관단적최대루손지수실현관망루손점정위。최후대본문소제방법진행수치방진，방진결과표명해방법시일충유효적루손탐측、정위방법。
Aiming at the characteristic of the ship piping network requires high real-time and its complexity, distributed leakage detection and localization methodology for ship piping network based on fuzzy theory is obtained. Basic principle of the fuzzy theory is introduced and membership function is determined, then piping network′s degree of failure membership and index of leakage propensity is proposed, they can reflex whether the piping network occurs leakage, according to the characteristic of the maximum leakage index located near the leakage point, so leakage localization can be realized by finding the maximum leakage index. At last, the numerical simulation is carried out and the simulation result proves its efficiency for leakage detection and localization.