本工程使用ASBD隔震系统高承载支承垫8座高阻尼消能器5组结构.docVIP

P1 壹、前言 ASBD讓人類永遠免除地震災難 近年來無論汶川強震、印尼大海嘯、智利 8.8級強震、冰島火山爆發，台灣 88水災等，全球各地無時無刻不在天搖地動，並受到強風暴雨侵襲。 地球真的在變了！ 如何提升現代建築物的抗震力，避免建築物因地震而損毀，造成人類永遠無法挽回的傷痛，更是全世界建築界追求的目標。 當地震規模達芮士七級以上時（地表速度 500GAL），加裝 ASBD隔震系統 的建築物僅承受四級以下，（頂層加速度 100GAL）的地震規模，ASBD隔震系統 讓人類永遠免除地震災難。 打造無地震災害的城市英全公司的核心價值 Introduction ABSD is an innovative system that promises to free mankind from fear of earthquake disasters. Many natural disasters stoke our planet in recent years. There were earthquakes in Chile, tsunami in Indonesia, and volcano eruption in Iceland, to name a few. Modern technology can forecast hurricane and flood with reasonable accuracy, but cannot reliably predict earthquakes. How to develop necessary technologies to protect buildings in an earthquake strike has become a critical issue in the construction business worldwide. The ASBD isolation system can safely protect buildings from damages by earthquakes. During an earthquake of magnitude 7 in Richter scale, for example, a building protected by ASBD system will experience shaking less than magnitude 4. Risks of human casualties and financial losses are greatly lowered as a result. We cannot stop earthquakes from happening, but we can significantly reduce the damages caused by earthquakes. That is the core value of ASBD! Done first draft Second draft changes completed. P2 二、建築物結構系統分析與比較 系統分析 建築物本身依抗震模式不同，其結構系統可區分為下列三種： A.耐震系統 一般建築物依韌性設計其結構體之抗震強度合於法令規範者，稱之為 耐震系統，該系統地震來臨時建築物頂樓搖晃度放大 3倍室內擺設物因而墜落 （以 12樓建築物為例）。 B.制震系統 耐震系統建築物外加消能桿件，略增加抗震要求，地震來臨時建築物頂樓搖晃度放大 2~3倍。（室內擺設物因而墜落） C.隔震系統 將建築物透過支承墊與地震力隔離，可大幅提昇抗震強度，地震來臨時建築物只有輕度移動，室內擺設安穩不墜落。 Summary of modern earthquake building technologies Before describing details of the ASBD system and its advantages, a review of current structure technologies is necessary. For simplicity, we divide modern construction technologies into three categories: A. Traditional Structure Designed by structural stiffness method and complying with building codes, the top floor of a typical 12-story building can shake