以令人安心的建筑为目标的JSCA性能设计：抗震性能篇
引用文献：
日本建筑结构技术者协会. 以令人安心的建筑为目标的JSCA性能设计：抗震性能篇[J]. 建筑结构，2023，48（04）：6-10，57.
. The guide to safe buildings JSCA performance-based seismic design[J]. Building Structure，2023,48（04）：6-10，57.
摘要：日本《建筑基准法》只是规定了保护人类生命的最低水准的抗震性能，这往往不足以满足地震后维持建筑物功能和业务连续性的需求。如果建筑物抗震性能不同，即使是遭遇相同的地震，地震后建筑物的状态也会不同。为了满足业主的多样化需求，有必要通过与业主沟通，明确相应的抗震性能目标，进行性能设计。本文展示了地震大小与建筑物受损程度之间的关系，建筑的震后受损程度以及性能设计的流程，最后提供了性能选单表和性能诊断表供设计人员参考使用。
关键词：性能设计；性能选单；抗震性能等级；地震损坏状态；性能数值表；性能诊断表；
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The guide to safe buildings JSCA performance-based seismic design
Abstract: Japanese building standards law only stipulates the minimum level of seismic load to protect human life, which is often not enough to meet the needs of maintaining building functions and business continuity after an earthquake. If the building's seismic performance is different, even if it encounters the same earthquake, the state of the building after the earthquake will be different. In order to meet the diverse needs of the owners, it is necessary to communicate with the owners to clarify the corresponding seismic performance level and carry out performance-based design. This article shows the relationship between the earthquake scale and the building damage state, the building damage state after the earthquake, and the process of performance-based design. Finally, it provides a performance menu table and a performance diagnosis table for the reference of designers.
Keywords: performance-based design; performance menu; seismic performance level; building damage state; performance value table; performance diagnosis table
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