Über Unterschiede in der Zugfestigkeit von Früh=und Spätholztracheiden
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Abstract
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Research context
OpenAlex topics: Forest Biomass Utilization and Management · Tree Root and Stability Studies · Plant Surface Properties and Treatments
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References (19)
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1. Cockrell, R. A.: Influence of Fibril Angle on Longitudinal Shrinkage of Ponderosa Pine Wood. J. Forestry Bd.44 (1964) H. 11, S. 876/878.
2. Forest Products Laboratory: Wood Handbook. Washington, D. C. 1955: U. S. Department of Agriculture.
3. Harada, H.: Utrastructure and Organization of Gymnosperm Cell Walls, In: Cellalar Ultrastructure of Wooly Plants (Herausgeber W. A. Côté Jr.). Syracuse 1965: Syracuse University Press.
4. Ifin, G., u. R. W. Kennedy: Some Variables Affecting Microtonsile Strength of Douglas-Fir. Forest Prod. J. Bd.12 (1962) H. 3, S. 213/217.
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6. Jayne, B. A.: Private Mitteilung (1961).
7. —: Some Mechanical Properties of Wood Fibers in Tension. Forest Prod. J. Bd.10 (1960), H. 6, S. 316/322.
8. —: Mechanical Properties of Wood Fibers. Tappi Bd.42 (1959) H. 6, S. 461/467.
9. Kersavage, P. C.: The Effect of Some Chemical Methods of Fiber Preparation on the Tensile Strength of Douglas Fir Fibers. M. S. Thesis. University of California 1962: Berkeley, California.
10. Kloot, N. H.: A Micro-Testing Technique for Wood. Austr. J. Appl. Sci. Bd.3 (1952), H. 2, S. 125/143.
11. Lee, C. L.: Crystallinity of Wood Cellulose Fibers Studied by X-Ray Methods. Forest Prod. J. Bd.11 (1961), H. 2, S. 108/112.
12. Leopold, B., u. D. C. McIntosh: Chemical Composition and Physical Properties of Wood Fibers III. Tappi Bd.44 (1961) H. 3, S. 235/240.
13. Mark, R.: Treatise on the Tensile Strength of Tracheids. Ph. D. Dissertation Yale University 1965a: New Haven, Connecticu.
14. —: Tensile Stress Analysis of the Cell Walls of Coniferous Tracheids. In: Cellular Ultrastructure of Woody Plants (Herausgeber W. A. Côté, Jr.). Syracuse 1965b: Syracuse University Press.
15. McIntosh, D. C.: Wall Structure of Loblolly Pine Summerwood Holocelose Fibers in Relation to Individual Fiber Strength. In: Cellular Ultrastructure of Woody Plants (Herausgeber W. A. Côté, Jr.). Syracuse 1965: Syracuse University Press.
16. Norris, C. B.: Strength of Orthotropic Materials Subjected to Combined Stresses. U. S. Forest Products Laboratory, Madison, Rep. No. 1816 (1962).
17. Schniewind, A. P.: Mechanical Behavior of Wood in the Light of its Anatomic Structure. Proceedings, Conference on the Mechanical Behavior of Wood (1962). University of California, Berkeley.
18. Wilson, J. W., u. R. W. Wellwood: Intra-Increment Chemical Properties of Certain Western Canadian Coniferous Species. In: Cellular Ultrastructure of Woody Plants (Herausgeber W. A. Côté, Jr.). Syracuse 1965: Syracuse University Press
19. Ylinen, A.: Über den Einfluß des Spätholzanteils und der Rohwichte auf die Festigkeits- und elastischon Eigenschaften des Nadelholzes. Acta Forestalia Fennica Bd.50 (1942), H. 5, S. 1/30.