Impact-echo modeling and imaging techniques

Impact-echo modeling and imaging techniques

Deteriorating infrastructure across the United States is an issue that is commonly referred to in today's society, yet there still remains a question about the level of severity. One of the most relied upon infrastructure components are the thousands of bridges that are essential to everyday li...

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Online Access:http://hdl.handle.net/2047/d20001234
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spelling ndltd-NEU--neu-8302021-05-26T05:10:44ZImpact-echo modeling and imaging techniquesDeteriorating infrastructure across the United States is an issue that is commonly referred to in today's society, yet there still remains a question about the level of severity. One of the most relied upon infrastructure components are the thousands of bridges that are essential to everyday life. A common structural component among all bridges is the reinforced concrete bridge deck. Internal air pockets and voids can develop over time with no knowledge of their existence. Among the available condition assessments for bridge decks is a technique noted as impact-echo (IE), a common non-destructive evaluation (NDE) system. This method utilizes mechanical waves to develop information about the subsurface conditions.http://hdl.handle.net/2047/d20001234
collection NDLTD
sources NDLTD
description Deteriorating infrastructure across the United States is an issue that is commonly referred to in today's society, yet there still remains a question about the level of severity. One of the most relied upon infrastructure components are the thousands of bridges that are essential to everyday life. A common structural component among all bridges is the reinforced concrete bridge deck. Internal air pockets and voids can develop over time with no knowledge of their existence. Among the available condition assessments for bridge decks is a technique noted as impact-echo (IE), a common non-destructive evaluation (NDE) system. This method utilizes mechanical waves to develop information about the subsurface conditions.
title Impact-echo modeling and imaging techniques
spellingShingle Impact-echo modeling and imaging techniques
title_short Impact-echo modeling and imaging techniques
title_full Impact-echo modeling and imaging techniques
title_fullStr Impact-echo modeling and imaging techniques
title_full_unstemmed Impact-echo modeling and imaging techniques
title_sort impact-echo modeling and imaging techniques
publishDate
url http://hdl.handle.net/2047/d20001234
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