39733
Accession Number
21461
Author
Burke, Edwin J.; Koch, Peter
Author Affiliation
University of Montana. Missoula. Wood Science and Technology; USDA Forest Serv. Missoula. Intermountain Forest and Range Expt. Sta. Forestry Sci. Lab.
Title Of Article Chaper
Crushing strength and modulus of elasticity of unmachined lodgepole pine stem sections compared to machined dowels of the same diameter - kerfed and kerf-free, round and half-round
Title Of Journal Book
Forest products journal
Volume
36
Issue
3
Pages
31-38
Language Of Text
English
Language Of Summary
English
Literature Type
Serial
Literature Level
Analytic
Abstract
Six-inch-long cylindrical or half-cylindrical stem sections from stands in western Montana showed that specific gravity -- maximum crushing strength parallel to the grain, and modulus of elasticity (MOE) -- are correlated with average rings per inch. Drying checks caused by not kerfing rounds before drying them do not appear to diminish compression mechanical properties. Half-rounds -- edged or unedged -- have mechanical properties in compression about equal to rounds of the same diameter. -- AATA
Keywords
Wood Crushing Strength;Wood Elasticity Modulus;Pine Growth ring Test; Wood Pine Montana, western (USA) AATA
pub_id
39733