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Analysis of Air Voids System Using Image Analysis Technique in Hardened Concrete
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 Title & Authors
Analysis of Air Voids System Using Image Analysis Technique in Hardened Concrete
Yun Kyong-Ku; Jeong Won-Kyong; Jun In-Koo; Lee Bong-Hak;
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Air voids in hardened concrete have an important influence on concrete durability such as freeze-thaw resistance, surface scaling resistance, and water permeability, and they have been characterized by spacing factor Linear traverse and point count methods in ASTM standard have been used in estimating an air void system in hardened concrete. However, these methods require lots of time and efforts, further they are not repeatable. Image analysis method could be utilized In estimating an air void systems in hardened concrete with a developments of microscope, digital camera and computer program. The purpose of this study was to develope image analysis method and provide a guideline by comparing the results from ASTM method and image analysis method. The concerns were at air void content and diameter distribution, air voids system as well as spacing factors. The experimental variables included air content by air entrained agent (0, 0.01, ) and depth of specimen (top, middle, bottom). The result showed that it was possible to calculate spacing factor using image analysis technique, as well as air content, air diameter distribution, and air structure. This study also contributed in developing an reasonable and repeatable image analysis method.
concrete;air void;spacing factor;image analysis;entrained air;
 Cited by
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