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Title: Use of digital image correlation to study the local deformation field of paper and paperboard

Source: Proceedings of the advances in paper science and technology : 13th fundamental research symposium, 2005 September 11-16, Cambridge, UK. Cambridge, UK : The Pulp and Paper Fundamental Research Society, 2005: pages 613-630.

Author(s)Considine, J.M.; Scott, C.T.; Gleisner, R.; Zhu, J.Y.

Publication Year: 2005  View PDF »

Category: Journal Articles

Abstract: Digital image correlation was used to measure the full-field deformation of paperboard and handsheet tensile specimens. The correlation technique was able to accurately measure strain in regions 0.6 by 0.6 mm. Results showed the variation of strain to be much larger than has been previously reported. For machine made paperboard tested in the cross-direction, the variation of strain increased throughout the tensile test and became erratic near failure, indicating many local failures. The measured strain distribution can be characterized by a Weibull function in agreement with weak-link failure theories. The analysis of a handsheet tensile specimen with a low-grammage region, approximately 4 mm wide, showed large negative strains near the region's edge.

Keywords: Digital image correlation, local deformation field, paper, paperboard

File size: 309 kb(s)

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RITS Product ID: 16914
Current FPL Scientists associated with this product (listed alphabetically)
Considine, John M.
Materials Research Engineer
Zhu, JunYong
Research General Engineer
 

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