对建筑原创的倡导与呼唤已是当下社会的热点,对此问题的讨论更是热烈。本文对什么是建筑的“原创”(originality of architecture)尝试进行界定,并围绕建筑原创中作品原创这一层面对近年出现在北京的两个引起争议的原创建筑(库哈斯设计...对建筑原创的倡导与呼唤已是当下社会的热点,对此问题的讨论更是热烈。本文对什么是建筑的“原创”(originality of architecture)尝试进行界定,并围绕建筑原创中作品原创这一层面对近年出现在北京的两个引起争议的原创建筑(库哈斯设计的中央电视台新总部大楼、安德鲁设计的中国国家大剧院)从建筑造型、设计理念、与环境的关系等方面进行分析,寻找其引发争论的根源性症结,同时致力于探讨原创建筑的意义,从而确立自己正确的建筑原创观。展开更多
As capacity design philosophy suggests, the best way to achieve a safe seismic response of multistory buildings, under strong earthquakes, is to uniformly spread the inelastic deformation demands throughout the buildi...As capacity design philosophy suggests, the best way to achieve a safe seismic response of multistory buildings, under strong earthquakes, is to uniformly spread the inelastic deformation demands throughout the building structure. Unfortunately, this type of mechanism is difficult to be reached due to the abundant presence ofinfill wall panels on buildings, which under strong earthquakes show severe cracks and strength degradations, thus complicating the seismic response of buildings. In order to avoid these brittle mechanisms of failure, studies were made toward development of new seismic protection system which would completely protect the infill walls from any cracks and strength degradation manifestations and simultaneously improve the seismic response of the entire structure. Utilization of the ＂IDRIZI＂ seismic protection system, would greatly contribute to many important aspects, like the increase of structural seismic performance, drastic reduction of damages under strong earthquake events and avoiding any unpredictable local failure mechanisms on buildings.展开更多
文摘对建筑原创的倡导与呼唤已是当下社会的热点,对此问题的讨论更是热烈。本文对什么是建筑的“原创”(originality of architecture)尝试进行界定,并围绕建筑原创中作品原创这一层面对近年出现在北京的两个引起争议的原创建筑(库哈斯设计的中央电视台新总部大楼、安德鲁设计的中国国家大剧院)从建筑造型、设计理念、与环境的关系等方面进行分析,寻找其引发争论的根源性症结,同时致力于探讨原创建筑的意义,从而确立自己正确的建筑原创观。
文摘As capacity design philosophy suggests, the best way to achieve a safe seismic response of multistory buildings, under strong earthquakes, is to uniformly spread the inelastic deformation demands throughout the building structure. Unfortunately, this type of mechanism is difficult to be reached due to the abundant presence ofinfill wall panels on buildings, which under strong earthquakes show severe cracks and strength degradations, thus complicating the seismic response of buildings. In order to avoid these brittle mechanisms of failure, studies were made toward development of new seismic protection system which would completely protect the infill walls from any cracks and strength degradation manifestations and simultaneously improve the seismic response of the entire structure. Utilization of the ＂IDRIZI＂ seismic protection system, would greatly contribute to many important aspects, like the increase of structural seismic performance, drastic reduction of damages under strong earthquake events and avoiding any unpredictable local failure mechanisms on buildings.
