结构密封胶装配玻璃的失效评估是既有玻璃幕墙现场安全评估的重要组成部分,也是既有隐框玻璃幕墙现场检测的重点和难点。ASTM C 1392-00(2005)提出了一种在已安装的结构密封胶装配玻璃系统上评估其结构密封胶失效范围的简单方法,并给出...结构密封胶装配玻璃的失效评估是既有玻璃幕墙现场安全评估的重要组成部分,也是既有隐框玻璃幕墙现场检测的重点和难点。ASTM C 1392-00(2005)提出了一种在已安装的结构密封胶装配玻璃系统上评估其结构密封胶失效范围的简单方法,并给出了现场加载设备的示意图和初步检测的建议步骤。引进该标准对于我国开展既有玻璃幕墙现场安全评估工作是有益的。本文给出了该规范的译文并简介了其应用情况。展开更多
This paper is a review of the past research of mechanical testing methods for natural fibre honeycomb sandwich structure as well as failure modes analysis at a microscopic level by using Scanning Electron Microscope (...This paper is a review of the past research of mechanical testing methods for natural fibre honeycomb sandwich structure as well as failure modes analysis at a microscopic level by using Scanning Electron Microscope (SEM). As the world is garnering attention towards renewable resources for environmental purposes, studies of natural fibre have been increasing as well as the application of natural fibre throughout various industries such as aerospace, automobiles, and construction sectors. This paper is started with brief information regarding the honeycomb sandwich structure, introduction to natural fibre, its applications as well as the factors affecting the performances of the structure. Next, the mechanical testing methods are listed out as well as the expected outcomes obtained from the respective testing. The mechanical properties are also identified by conducting lab tests according to the ASTM standard for sandwich and core structures. The microstructure of the deformed samples is then examined under Scanning Electron Microscope (SEM) by using different magnifications to study the failure mechanisms of the samples. The images obtained from the SEM test are analyzed by using fractography which will show the failure modes of the samples. This article is based on past research conducted by professional on the related topic.展开更多
文摘结构密封胶装配玻璃的失效评估是既有玻璃幕墙现场安全评估的重要组成部分,也是既有隐框玻璃幕墙现场检测的重点和难点。ASTM C 1392-00(2005)提出了一种在已安装的结构密封胶装配玻璃系统上评估其结构密封胶失效范围的简单方法,并给出了现场加载设备的示意图和初步检测的建议步骤。引进该标准对于我国开展既有玻璃幕墙现场安全评估工作是有益的。本文给出了该规范的译文并简介了其应用情况。
文摘This paper is a review of the past research of mechanical testing methods for natural fibre honeycomb sandwich structure as well as failure modes analysis at a microscopic level by using Scanning Electron Microscope (SEM). As the world is garnering attention towards renewable resources for environmental purposes, studies of natural fibre have been increasing as well as the application of natural fibre throughout various industries such as aerospace, automobiles, and construction sectors. This paper is started with brief information regarding the honeycomb sandwich structure, introduction to natural fibre, its applications as well as the factors affecting the performances of the structure. Next, the mechanical testing methods are listed out as well as the expected outcomes obtained from the respective testing. The mechanical properties are also identified by conducting lab tests according to the ASTM standard for sandwich and core structures. The microstructure of the deformed samples is then examined under Scanning Electron Microscope (SEM) by using different magnifications to study the failure mechanisms of the samples. The images obtained from the SEM test are analyzed by using fractography which will show the failure modes of the samples. This article is based on past research conducted by professional on the related topic.
