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The Application of Load-cell Technique in the Study of Armour Unit Responses to Impact Loads Tests

机译:称重传感器技术在装甲单元响应冲击载荷试验研究中的应用

摘要

The slender, complex types of armour units, such as Tetrapods and Dolosse arewidely used for rubble mound breakwaters. Many of the recent failures of suchstructures were caused by unforeseen early breakage of the units, thus revealingan in balance between the strength (structural integrity) of the units and thehydraulic stability (resistance to displacements) of the armour layers. Breakageis caused by stresses from static, pulsating and impact loads. Impact load generated stresses are difficult to investigate due to non-linear scaling laws. Thepaper describes a method by which impact loads on. slender armour units canbe studied. by load-cell technique. Moreover, the paper presents DoJos designdiagrams for the prediction of both breakage and hydraulic stability
机译:细长的,复杂类型的装甲单位,例如四脚架和Dolosse,被广泛用于瓦砾堆防波堤。这种结构的许多近期破坏是由于单元的不可预见的早期破坏引起的,因此揭示了单元的强度(结构完整性)与装甲层的水力稳定性(抗位移性)之间的平衡。断裂是由静载荷,脉动载荷和冲击载荷引起的应力引起的。由于非线性缩放定律,很难研究冲击载荷产生的应力。本文描述了一种施加冲击载荷的方法。可以研究细长的装甲部队。通过称重传感器技术。此外,本文还提供了用于预测破损和水力稳定性的DoJos设计图

著录项

  • 作者

    Burcharth H. F.; Liu Z.;

  • 作者单位
  • 年度 1995
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类

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