In wood the elastic deformation occurs by bond stretching and distortion of polymeric constituents. The elastic strain is for the most part the major component of the total strain, even at very long times. For practical purposes the time dependent deformation may be neglected. Accordingly the wood can be treated to a first approximation as a linear elastic material. The compliance and stiffness matrices are presented and related to the engineering form of Hooke's law. Values of elastic constants for wood and some important isotropic materials are presented. The differences among the elastic constants of wood are related to the anisotropy of wood structure.

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URN

URN:NBN:SI:DOC-C9HA03UL

COBISSID

956809

Added

27.01.2010

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Citation

APA:

Torelli, Niko (2002). Ortotropna elastičnost lesa. Les (Ljubljana), volume 54, issue 11, str. 364-369. URN:NBN:SI:DOC-C9HA03UL from http://www.dlib.si

MLA:

Torelli, Niko. "Ortotropna elastičnost lesa." Les (Ljubljana) volume 54. issue 11 (2002) str. 364-369.
<http://www.dlib.si/?URN=URN:NBN:SI:DOC-C9HA03UL>

Les
1949-
(Assembly record)

številka

Les
2002
(Complete issue)

Ortotropna elastičnost lesaOrthotropic elasticity of wood

Ortotropna elastičnost lesa
Orthotropic elasticity of wood