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Technical solutions for deep-sea vehicles that withstand the enormous ambient pressure

机译:深海车辆的技术解决方案,承受巨大的环境压力

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Due to its mineral resources, the deep sea is becoming increasingly important for supplying the world's population. However, exploration and production of these raw materials require the availability of market-ready, i.e. reliable, efficient and environmentally friendly underwater systems. The enormously high pressures and low temperatures in the deep sea, as well as the gradient of these parameters between the water surface and the seabed and the high salinity of the seawater place extreme demands on the underwater systems. Sufficient strength and tightness as well as corrosion resistance and mechanical and electrical long-term stability are only some of the requirements. The authors have been experimenting for some time both with 3D-printed titanium shell structures to be used as pressure hulls and with soft silicones as the basis for high-performance pressure-neutral sealing systems. Results of these investigations are presented and are discussed with regard to opportunities and limitations.
机译:由于其矿产资源,深海对供应世界的人口越来越重要。然而,这些原材料的勘探和生产需要市场准备的可用性,即可靠,高效和环保的水下系统。深海的大量压力和低温,以及水面与海底之间这些参数的梯度以及海水和海水的高盐度,对水下系统来说是极端的要求。足够的强度和紧密性以及耐腐蚀性和机械和电气的长期稳定性仅是一些要求。作者一直在尝试一段时间,两者都有3D印刷的钛壳结构,用作压力船体和软硅氧烷作为高性能压力中性密封系统的基础。提出了这些调查的结果,并讨论了机会和限制。

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