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SOLUTION FOR THE VIBRATION CHALLENGES ON CUTTER SUCTION DREDGERS

机译:刀具抽吸打浆机振动挑战的解决方案

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Van Oord's powerful cutter suction dredger Athena was built by IHC Dredgers for dredging in hard soil. The strong vibrations on this type of dredger are notorious for their negative effects on the working and living conditions on board. Van Oord's global dredging experience, IHC's drive to build innovative dredgers and Loggers' know-how of shock, vibration and noise control were combined in the development of an innovative solution, that puts an end to this problem most major dredging contractors are facing. A fully automated system continuously monitors and controls air springs providing horizontal and vertical stabilization of the deck house during operation. As traditional vibration mounts only isolate vibrations from 9 Hz, the Athena required an advanced solution isolating also the low frequencies the crew is exposed to. The completely new solution isolates vibrations starting at 2 Hz that would otherwise be transferred from the cutter head, through the hull to the crew in the accommodations. It also isolates the shocks induced when the cutter head sets its teeth into a newly encountered piece of rock. These capabilities make all the difference between shaky and noisy working conditions and a safe and quiet environment on the Athena. Important factors need to be taken into account when setting a heavy deck house afloat on air, such as safety precautions, forces inflicted on the deck house caused by ship movements and wind. By sharing their experience in dredging projects and valuable input data, Van Oord and IHC enabled Loggers' engineers to perform accurate simulations of the system under different circumstances. In practice, not only the crew benefits from the calm as predicted by the simulation, but their employer as well. With the Athena Van Oord complies with strict local laws and regulations while strengthening the company's image as an employer of choice.
机译:Van Oord强大的绞吸式挖泥船Athena由IHC Dredgers建造,用于在坚硬的土壤中进行挖泥。此类挖泥船的强烈振动以其对船上工作和生活条件的负面影响而臭名昭著。 Van Oord的全球疏dr经验,IHC建立创新型挖泥船的动力以及Loggers的冲击,振动和噪音控制知识在开发创新解决方案时得到了结合,从而终结了大多数主要疏dr承包商所面临的这一问题。全自动系统连续监视和控制空气弹簧,从而在操作期间为甲板室提供水平和垂直稳定性。由于传统的振动安装座只能隔离9 Hz的振动,因此雅典娜需要一种先进的解决方案,也可以隔离机组人员所承受的低频。全新的解决方案可隔离从2 Hz开始的振动,否则这些振动会从刀盘传递到船体,再通过船体传递给船员。当刀头将其牙齿置入新遇到的一块岩石中时,它还可以隔离所引起的冲击。这些功能使雅典娜的嘈杂和嘈杂的工作条件与安全安静的环境之间的所有区别。在空中悬挂沉重的甲板室时,应考虑到一些重要因素,例如安全预防措施,船舶运动和风在甲板室上施加的力。通过分享他们在挖泥项目和有价值的输入数据方面的经验,Van Oord和IHC使Loggers的工程师能够在不同情况下对系统进行精确的仿真。在实践中,不仅机组人员从模拟所预测的平静中受益,雇主也从中受益。凭借雅典娜,范·奥德(Aona Van Oord)遵守严格的当地法律法规,同时增强了公司作为首选雇主的形象。

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