大型复杂电极-海水负载陆上构建方法
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摘要
为满足大型复杂扫雷电极-海水负载陆上模拟需要,分析了陆上重建方式,提出了多个小型电极对插入电解液并联模拟的方法,建立了电极对接触电阻计算模型,以及模拟负载优化的多目标决策模型。为求解决策模型,将其简化为单目标决策模型,并利用库恩-塔克条件法得到单目标模型解,利用理性点法求出了多目标决策模型解。最后,对模拟优化方法进行了仿真验证,计算结果表明,在保证两者负载相同的情况下,陆上模拟负载总尺寸及模拟电极尺寸显著缩小,证明了模拟方法高效,优化方法正确。
In accordance with the demand on simulating large complex minesweeping electrode-water load on land,the mode of reconstruction on land is analyzed,and the method of simulating parallel multiple small electrode pairs in electrolyte is put forward. The mathematics model of the contact resistance of electrode pairs and multi-objective decision model of simulating load optimization are established. In order to solve decision-making model,this paper simplifies it to single target decision model,obtains the solution of the single target decision model by using the Kuhn-Tucker conditions method and the solution of multiple target decision model by using the rational point method. The simulation optimization method is verified,and the calculation result show that the overall size of simulation load on land and the size of simulation electrode are significantly reduced under the condition with the same load,which confirms that the simulation method is efficient and optimization method is correct.
In accordance with the demand on simulating large complex minesweeping electrode-water load on land,the mode of reconstruction on land is analyzed,and the method of simulating parallel multiple small electrode pairs in electrolyte is put forward. The mathematics model of the contact resistance of electrode pairs and multi-objective decision model of simulating load optimization are established. In order to solve decision-making model,this paper simplifies it to single target decision model,obtains the solution of the single target decision model by using the Kuhn-Tucker conditions method and the solution of multiple target decision model by using the rational point method. The simulation optimization method is verified,and the calculation result show that the overall size of simulation load on land and the size of simulation electrode are significantly reduced under the condition with the same load,which confirms that the simulation method is efficient and optimization method is correct.
引文
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[7]刘文奇,余高锋,胥楚贵.多目标决策的激励策略可行解[J].控制与决策,2013,28(6):957-960.
[8]朱峥.一种受端电网限制短路电流的多目标决策方法[J].电气技术,2015,46(12):87-90.
[2]温正雄,刘忠乐.非接触扫雷具设计原理[M].北京:海潮出版社,2001.
[3]陈国华,吴葆仁.海水电导[M].北京:海洋出版社,1981.
[4]张颖异,李运刚,张快.高温电热材料的研究发展[J].材料热处理技术,2011,40(18):40-43.
[5]李开鹏.金属板状电极的接地电阻[J].矿产勘查,2015,6(4):455-460.
[6]陈筑,刘伟,徐林.等间距平行电极接触电阻测试法[J].太阳能学报,2014,35(11):2087-2091.
[7]刘文奇,余高锋,胥楚贵.多目标决策的激励策略可行解[J].控制与决策,2013,28(6):957-960.
[8]朱峥.一种受端电网限制短路电流的多目标决策方法[J].电气技术,2015,46(12):87-90.