首页> 外文会议>Congress of the International Association for Hydraulics Research;Biennial congress of the International Association for Hydraulics Research >MATHEMATICAL MODELING OF HYDRODYNAMIC PROCESSES IN NAVIGATION PASSES AND THE OPTIMAL CONTROL OF VESSEL'S PASSING THROUGH A SHIPPING LOCK
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MATHEMATICAL MODELING OF HYDRODYNAMIC PROCESSES IN NAVIGATION PASSES AND THE OPTIMAL CONTROL OF VESSEL'S PASSING THROUGH A SHIPPING LOCK

机译:航行通行水力过程的数学建模及通过船闸通过船舶的最优控制

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The paper takes some authors experience into account in investigation of unsteadyrnhydrodynamic processes that occur in navigation structures. Mathematicalrnformulation of this problem is based on the coupled system of equations of the longrnwaves theory and those of vessel displacement in water into a lock chamber andrncanals.rnOptimization problems on reduction if operational time or energy consumption underrnthe limitations caused by technical characteristics and conditions are underrnconsiderations with the same purpose it is proposed to introduce the additionalrnfacilities as well as an active control element. It is supposed that the use of suchrnadditional active control devices enables to increase the technical efficiency ofrnnavigation structures.
机译:本文考虑了一些作者在导航结构中发生的非定常水动力过程中的经验。这个问题的数学公式是基于长波理论的方程组和水中船只向船闸室和运河的位移的耦合系统。如果在操作时间或能源消耗不足的情况下,由于技术特性和条件造成的限制,减少排放的优化问题是对出于相同的目的,建议引入附加设施以及有源控制元件。假定使用这种附加的主动控制装置能够提高导航结构的技术效率。

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