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Elongation measurement using 1-dimensional image correlation method

Author(s)
Phongwisit, Phachara
Kamoldilok, Surachart
Buranasiri, Prathan
Date Issued
January 1, 2016
Type
Conference Paper
DOI
10.1117/12.2245877
Abstract
Aim of this paper was to study, setup, and calibrate an elongation measurement by using 1- Dimensional Image Correlation method (1-DIC). To confirm our method and setup correctness, we need calibration with other methods. In this paper, we used a small spring as a sample to find a result in terms of spring constant. With a fundamental of Image Correlation method, images of formed and deformed samples were compared to understand the difference between deformed process. By comparing the location of reference point on both image's pixel, the spring's elongation were calculated. Then, the results have been compared with the spring constants, which were found from Hooke's law. The percentage of 5 percent error has been found. This DIC method, then, would be applied to measure the elongation of some different kinds of small fiber samples.
Citation
Proceedings of SPIE the International Society for Optical Engineering, 10023, 2016
Subjects

1-Dimension

Camera

Elongation

Image

Image correlation

Measurement

Pixel

Spring constant

Metrics
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