Shrinkage and collapse in thin sections and blocks of Tasmanian mountain ash regrowth

@article{Chafe2004ShrinkageAC,
  title={Shrinkage and collapse in thin sections and blocks of Tasmanian mountain ash regrowth},
  author={Dr. S. S. Chafe and Jugo Ilic},
  journal={Wood Science and Technology},
  year={2004},
  volume={26},
  pages={115-129}
}
Shrinkage and moisture content measurements for thin sections of Eucalyptus regnans have shown that although total volumetric shrinkage was positively correlated with specific gravity, the relationship did not conform to the general equation s = ϱ f (Stamm 1935, 1952) in that the straight regression line was significantly different from a line passing through the origin. This contrasted with the relationship between shrinkage from 17% EMC to 0% moisture content and specific gravity which, in… CONTINUE READING

From This Paper

Figures, tables, and topics from this paper.

References

Publications referenced by this paper.
Showing 1-10 of 23 references

Relative humidity, EMC, and collapse shrinkage in wood

C. A. Hart
For. Prod. J • 1984
View 1 Excerpt

Video image processor for wood anatomical quantification

J. llic, W. E. Hillis
Holzforschung • 1983

Zum Einflul3 der H olzdichte auf den Fasersfittigungspunkt

B. S. Cudinov
Holztechnologie • 1981
View 1 Excerpt

Water in wood

York Springer Verlag Skaar, Ch
Syracuse Wood Sci. Ser. W A. C6t6 (Ed.). Syracuse: Syracuse • 1972

Variation in the cell-wall density of wood

R. M. Kellogg, F. F. Wangaard
Wood Fiber • 1969

Density of wood substance . Importance of penetration and adsorption compression of the displacement fluid

R. C. Weatherwax, W. Tarkow
Forest Prod . J . • 1968

Density of wood substance. Importance of penetration

R. C. Weatherwax, W. Tarkow
1968

A new procedure for measuring fibre saturation points

W. C. Feist, H. Tarkow
Forest Prod. J • 1967

Similar Papers

Loading similar papers…