39733
Accession Number
21461
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