Modelling the elastic properties of softwood Pt II the cellular microstructure (Simulieren der elastischen Eigenschaften von Nadelholz)
Modelling the elastic properties of softwood Pt II the cellular microstructure (Simulieren der elastischen Eigenschaften von Nadelholz)
A procedure for determining the nine equivalent orthotropic elastic constants for a cell-wall lamella is presented. A two-stage analytic homogenization method is proposed. It is shown to give results which are similar to those obtained from a full numerical finite element solution for an idealised representative volume element. The method, which can accommodate arbitrary proportions of cell wall constituents, is used to determine the equivalent elastic constants for lamellae in the secondary cell wall layers and the compound middle lamella of a typical softwood tracheid at a nominal 12% moisture content.
37-41
Harrington, J.J.
6529a894-2c14-460a-8308-411bd535ade8
Astley, R.J.
cb7fed9f-a96a-4b58-8939-6db1010f9893
Booker, R.
8d9b2bec-1bdf-4f7b-b366-ffd7c3ee34bd
1998
Harrington, J.J.
6529a894-2c14-460a-8308-411bd535ade8
Astley, R.J.
cb7fed9f-a96a-4b58-8939-6db1010f9893
Booker, R.
8d9b2bec-1bdf-4f7b-b366-ffd7c3ee34bd
Harrington, J.J., Astley, R.J. and Booker, R.
(1998)
Modelling the elastic properties of softwood Pt II the cellular microstructure (Simulieren der elastischen Eigenschaften von Nadelholz).
Holz als Roh- und Werkstoff, 56 (1), .
(doi:10.1007/PL00002608).
Abstract
A procedure for determining the nine equivalent orthotropic elastic constants for a cell-wall lamella is presented. A two-stage analytic homogenization method is proposed. It is shown to give results which are similar to those obtained from a full numerical finite element solution for an idealised representative volume element. The method, which can accommodate arbitrary proportions of cell wall constituents, is used to determine the equivalent elastic constants for lamellae in the secondary cell wall layers and the compound middle lamella of a typical softwood tracheid at a nominal 12% moisture content.
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Published date: 1998
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European Journal of Wood and Wood Products
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Local EPrints ID: 166675
URI: http://eprints.soton.ac.uk/id/eprint/166675
ISSN: 0018-3768
PURE UUID: 97f6ce62-9de8-42e4-9ace-dc74d0da8a5e
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Date deposited: 01 Nov 2010 13:27
Last modified: 14 Mar 2024 02:14
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Author:
J.J. Harrington
Author:
R. Booker
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