首页> 外文会议>ASME(American Society of Mechanical Engineers) Pressure Vessels and Piping Conference 2006 vol.8: Seismic Engineering >SEISMIC BEHAVIOR OF HIGH-TECH FACILITY ISOLATED WITH A TRENCH FRICTION PENDULUM SYSTEM
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SEISMIC BEHAVIOR OF HIGH-TECH FACILITY ISOLATED WITH A TRENCH FRICTION PENDULUM SYSTEM

机译:沟槽摩擦摆式系统隔离的高科技设备的抗震性能

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Seismic mitigation of high-tech facilities is a very important issue in earthquake prone areas such as Taiwan, Japan, U.S.A., etc. In order to lessen vulnerability of earthquake damage of high-tech equipment, base isolation seems to be a good choice. This paper mainly explores the possibility of using a new base isolation system named the trench friction pendulum system (TFPS) to reduce seismic responses of high-tech facilities. The main reasons, from a engineer's point of view, to use this system for protecting high-tech equipment from earthquake damage are high efficiency and low cost. A series of shaking table tests for a high-tech facility isolated with TFPS isolators were carried out in the Department of Civil Engineering, Feng Chia University, Taichung, Taiwan, ROC. The experimental results show that the proposed system provides a good protection for the high-tech facility during strong earthquakes.
机译:在台湾,日本,美国等地震多发地区,减缓高科技设备是一个非常重要的问题。为了减轻高科技设备的地震破坏的脆弱性,隔离基地似乎是一个不错的选择。本文主要探讨使用新的基础隔离系统(称为沟槽摩擦摆系统(TFPS))以减少高科技设施的地震响应的可能性。从工程师的角度来看,使用此系统保护高科技设备免受地震破坏的主要原因是高效和低成本。在中华民国台湾台中逢甲大学土木工程系对采用TFPS隔离器隔离的高科技设备进行了一系列振动台测试。实验结果表明,该系统为强震中的高科技设施提供了良好的保护。

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