1998
DOI: 10.1007/s001070050327
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Maschinelle sortierung von frisch eingeschnittenem Schnittholz

Abstract: 850 Fichtenkanth61zer fiblicher Bauholzqualitiit mit Einschnittmaflen yon 50 bis 95 mm Dicke und 85 bis 295 mm Breite wurden mit einer nach dem Biege-und Durchstrahlungsprinzip arbeitenden Sortiermaschine in 3 Bearbeitungszustanden -unmittelbar nach dem Einschnitt (frisch, s~igerauh), nach technischer Trocknung auf ca. 12% (getrocknet, siigerauh) sowie nach dem Hobeln (getrocknet, gehobelt) -maschineU sortiert und anschlieflend in Biege-und Zugversuchen nach EN 408 gepr/ift. Bei der maschinellen Sortierung des… Show more

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Cited by 7 publications
(3 citation statements)
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“…Initial type testing report; CEN 2010). In previous research carried out by Glos and Burger (1998), similar yields were found when structural timber with thickness >50 mm was graded in both the green state and after kiln-drying to ∼12%MC using a bending and radiation type machine. Unterwieser and Schickhofer (2007) investigated the possibility of grading sawn timber, both centre-cuts and side boards with thickness >41 mm, in the wet state.…”
Section: Introductionsupporting
confidence: 73%
“…Initial type testing report; CEN 2010). In previous research carried out by Glos and Burger (1998), similar yields were found when structural timber with thickness >50 mm was graded in both the green state and after kiln-drying to ∼12%MC using a bending and radiation type machine. Unterwieser and Schickhofer (2007) investigated the possibility of grading sawn timber, both centre-cuts and side boards with thickness >41 mm, in the wet state.…”
Section: Introductionsupporting
confidence: 73%
“…The increasing importance of quality assurance for structural timber, and the improvement of accuracy obtained with machine strength grading processes in comparison with the visual ones (Glos 1995), account for the convenience of scrutinising the possibility of machine strength grading this sawn timber species. This method also allows to classify timber in higher strength classes than based on visual strength grading and, consequently, the material can improve its competitiveness and value in the market in comparison with other building materials Glos and Burger 1998;Gör-lacher 1990;Sauter and Diebold 1997). Machine grading is in common use in a number of countries and there is currently a growing tendency towards the utilisation of a strength class system as that established in the European standard EN 338 (1996).…”
Section: Introductionmentioning
confidence: 99%
“…Además de aumentar la velocidad y precisión, disminuyendo la probabilidad que se produzcan errores humanos, los métodos mecánicos de clasificación por resistencia tienen como objetivo alcanzar grados de calidad más elevados que los obtenibles a través de los métodos visuales, lo cual permite aumentar la competitividad de este material con relación a otros como el acero y el hormigón armado Glos & Burger, 1998;Görlacher, 1990;Sauter & Diebold, 1997). La variabilidad de los resultados obtenidos es menor, y en consecuencia los valores característicos de las propiedades mecánicas y de densidad son más confiables y aptos para ser empleados en los modernos métodos de diseño.…”
Section: Clasificación Mecánicaunclassified