[PENDING] Study of the mechanical behavior of recycled fibers. Applications to papers and paperboards.
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![Figure 2.6: Internal fibrillation of fibre wall as the swelling increases from A to D [197]](https://thumb-eu.123doks.com/thumbv2/1bibliocom/474849.77233/32.892.174.697.139.528/figure-internal-fibrillation-fibre-wall-swelling-increases-197.webp)
![Figure 2.7: Dissolution of lignin out of the fibre wall adapted from [81]](https://thumb-eu.123doks.com/thumbv2/1bibliocom/474849.77233/33.892.95.826.133.589/figure-2-dissolution-lignin-fibre-wall-adapted-81.webp)
![Figure 2.8: Fibre length and cell wall thickness in pulpwood logs depending on the location in the stem redrawn from [147]](https://thumb-eu.123doks.com/thumbv2/1bibliocom/474849.77233/34.892.187.699.394.701/figure-fibre-length-thickness-pulpwood-depending-location-redrawn.webp)
![Figure 2.13: Shapes of stress-strain curves due to fibre deformations [176, 103]](https://thumb-eu.123doks.com/thumbv2/1bibliocom/474849.77233/44.892.140.758.648.1016/figure-shapes-stress-strain-curves-fibre-deformations-176.webp)
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![Figure 2.20: Structural changes involved in the Jentzen effect at fibre wall level [183]](https://thumb-eu.123doks.com/thumbv2/1bibliocom/474849.77233/49.892.283.606.648.988/figure-structural-changes-involved-jentzen-effect-fibre-level.webp)
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