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'LIQUEFACTION' AND 'DYNAMIC SEPARATION' DIFFERENT ASPECTS OF THE SAME PROBLEM

机译:“液化”和“动态分离”不同问题的不同方面

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摘要

In 2015 the Bulk Jupiter sank during bad weather loaded with bauxite. Nearly automatically everybody considered "liquefaction" to be the prime cause of this accident. Liquefaction is a phenomenon where solid bulk cargo, triggered by the ship movements, starts to behave has a high density viscous liquid in the holds. The stability is negatively influenced by the free surface effect and further research, especially by the Global Bauxite Working Group or GBWG showed that bauxite ore simply will not liquefy even under the worst case shipping conditions. Evidence from real world shipments of bauxites shows that instabilities due to moisture cannot be explained by liquefaction phenomena, but can be under a "dynamic separation" mechanism of instability. Both liquefaction and dynamic separation are caused by an excessive moisture of the bauxite cargo. However, the influence on the stability of the ship is fundamentally different.
机译:2015年,散装木星在含铝土矿的恶劣天气沉没。 几乎自动被认为是“液化”成为这次事故的主要原因。 液化是由船舶运动触发的固体散装货物的现象,开始表现在保持中具有高密度粘性液体。 稳定性受到自由表面效应和进一步研究的负面影响,特别是通过全球铝土矿工作组或GBWG表明,即使在最坏的情况下,铝土矿矿石也不会液化。 来自现实世界的铝土矿出货量的证据表明,不能通过液化现象来解释由于水分引起的威胁,但可以在不稳定的“动态分离”机制下。 液化和动态分离都是由铝土矿货物过量的水分引起的。 然而,对船舶稳定性的影响根本不同。

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