The Relationship Between Moisture Content and Tensile Properties of Douglas Fir Summerwood TracheidsUniversity of Minnesota., 1971 - 616 pages |
Contents
REVIEW OF LITERATURE | 11 |
Summary of Research on the Tensile Properties | 76 |
EXPERIMENTAL PROCEDURE | 114 |
11 other sections not shown
Common terms and phrases
adhesive amorphous Analysis of Variance Bar Graph Showing bonds breaking load cell wall chamber cheids chemical chips coefficients components Content for Different cross-sectional area crystalline decrease deformation different specimen types Douglas fir effect elementary fibrils elongation epoxy droplets factor failure Fengel fiber strength fibrils Frey-Wyssling gage length grams Graph Showing Relationship grips growth ring Hartler hemicellulose holocellulose increase indicated Jayne kg/mm˛ Klauditz lamellas Leopold and Thorpe lignified lignin linear load per fiber load-elongation curves material measure mechanical properties microfibrils microscope middle lamella modulus of elasticity moisture content levels molecules multiple specimens Norway spruce orientation pine polysaccharides S2 layer Schniewind shape significant Single Multiple Single-tracheid sorption species springwood strength properties stress structure tensile properties tensile strength tensile testing test specimens Two-factor Analysis ultimate strain Uncooked or lignified values variables variation Wardrop wood fibers wood tracheids Young's modulus