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Extended Digital Image Correlation Method for Mapping Multiscale Damage in Concrete

Mamand, H. / Chen, J.

This paper presents a novel extended digital image correlation (EDIC) method for mapping multiscale damage in concrete. The EDIC method is developed based on the distance transformation algorithm, which extends the capability of current digital image correlation (DIC) in detecting microdamage. Applications of the EDIC in mapping multiscale damage in concrete specimens are given in this paper, which proves the capability of the EDIC in detecting such damage. This novel EDIC technology can be used for further research on material damages and for improving safety assessment through detection of microdamage in industrial applications.

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Extended Digital Image Correlation Method for Mapping Multiscale Damage in Concrete

Mamand, H. / Chen, J.

This paper presents a novel extended digital image correlation (EDIC) method for mapping multiscale damage in concrete. The EDIC method is developed based on the distance transformation algorithm, which extends the capability of current digital image correlation (DIC) in detecting microdamage. Applications of the EDIC in mapping multiscale damage in concrete specimens are given in this paper, which proves the capability of the EDIC in detecting such damage. This novel EDIC technology can be used for further research on material damages and for improving safety assessment through detection of microdamage in industrial applications.

Extended Digital Image Correlation Method for Mapping Multiscale Damage in Concrete

Mamand, H. / Chen, J.

This paper presents a novel extended digital image correlation (EDIC) method for mapping multiscale damage in concrete. The EDIC method is developed based on the distance transformation algorithm, which extends the capability of current digital image correlation (DIC) in detecting microdamage. Applications of the EDIC in mapping multiscale damage in concrete specimens are given in this paper, which proves the capability of the EDIC in detecting such damage. This novel EDIC technology can be used for further research on material damages and for improving safety assessment through detection of microdamage in industrial applications.

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Title:

Extended Digital Image Correlation Method for Mapping Multiscale Damage in Concrete

Contributors:

Mamand, H. (author) / Chen, J. (author)

Published in:

Journal of Materials in Civil Engineering ; 29

Publication date:

2017-07-12

ISSN:

0899-1561 , 1943-5533

DOI:

https://doi.org/10.1061/(ASCE)MT.1943-5533.0002030

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

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