摘要
船舶静电场是船舶电场的主要成分之一,对其减弱或消除的研究是船舶电场隐身技术研究领域的重要研究方向。为此,提出将船舶的静电场隐身分为平时和战时两种情况,并对装有ICCP系统的船舶进行水下静电场的边界元建模,用模拟退火算法分别在两种情况下对船舶ICCP系统的电流输出进行优化以实现船舶的静电场隐身。优化计算结果表明:船舶的静电场隐身分战时和平时两种情况是有实际意义的;优化ICCP系统的电流输出能够实现船舶的静电场隐身。
The static electric field is one of the most important components of vessel′s electric fields.How to weaken or eliminate it is crucial for vessel′s safety.A new idea was proposed that minimizing static electric fields for stealth of vessels should meet the requirements of peacetime or wartime.A vessel with ICCP was modeled by BEM.The simulated annealing was used to optimize the current output to minimize the static electric fields at peacetime or wartime.The optimized result shows that the new idea is meaningful and that the optimized method can minimize the static electric fields for stealth of vessels.
出处
《海军工程大学学报》
CAS
北大核心
2011年第1期67-72,共6页
Journal of Naval University of Engineering
