Nonlinear Properties of High Strength Paperboards
Source abstract
Abstract
Paper is a highly anisotropic and nonlinear material. Solid mechanics research on paper structures has been hampered by limited data on the nonlinear material properties of paperboards. In particular, it has been difficult to measure shear and z-directional properties. In this paper, nonlinear material response of paper laminates under simple loading conditions (uniaxial compression in three directions and in plane shear) are presented. Also, data is presented for various Poisson’s ratios. It was found that paper behaves differently along the thickness direction than along the in-plane directions. Poisson’s ratios are usually nonlinear with large deformation. In-plane Poisson’s ratios decrease, while out-of-plane Poisson’s ratios increase with the applied load.
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Research context
OpenAlex topics: Material Properties and Processing · Textile materials and evaluations · Advanced Cellulose Research Studies
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Affiliations
Sonoco Products Company, 555 Science Dr. #B, Madison, WI 53711
Mechanics and Paper Science Research, Sonoco Products Company, 555 Science Dr. #B, Madison, WI 53711
References (12)
Show source-provided references
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