2011
DOI: 10.5552/drind.2011.1118
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Usporedba fizikalnih svojstava neobrađene i toplinski obrađene bukovine i grabovine

Abstract: SAŽETAK • Istraživanjem fi zikalnih svojstava toplinski obrađene bukovine i grabovine utvrđeno je da je njihova

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Cited by 7 publications
(4 citation statements)
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“…Akyildiz et al (2008) have reported that the value of volumetric shrinkage decreases with increase in temperature from 130°C (2h) to 230°C (8 h) in thermally modified Black pine wood. Sinkovic et al (2011) found similar results in heat treated Hornbeam wood, Beech wood, Ash wood and Oak wood. The results have revealed that the wood become dimensionally more stable in all the planes with increase in temperature, because heat causes some alteration in the 2016) observed comparable outcomes when studying Japanese cedar (Dryptomeria japonica) wood.…”
Section: Shrinkage Coefficient Of Woodsupporting
confidence: 68%
“…Akyildiz et al (2008) have reported that the value of volumetric shrinkage decreases with increase in temperature from 130°C (2h) to 230°C (8 h) in thermally modified Black pine wood. Sinkovic et al (2011) found similar results in heat treated Hornbeam wood, Beech wood, Ash wood and Oak wood. The results have revealed that the wood become dimensionally more stable in all the planes with increase in temperature, because heat causes some alteration in the 2016) observed comparable outcomes when studying Japanese cedar (Dryptomeria japonica) wood.…”
Section: Shrinkage Coefficient Of Woodsupporting
confidence: 68%
“…A közönséges gyertyán faanyag termikus módosítása számos kutatási beszámoló tárgyát képezte Törökországban , Iránban (Ghalehno & Nazerian 2011), Ukrajnában (Pinchevska et al 2019), és Horvátországban (Župčić et al 2009;Sinković et al 2011;Sedlar et al 2019). A különböző kezelési hőmérsékletek (130-220 °C) és kezelési időtartamok (1-20 óra) alapján értékelték a fizikai és mechanikai tulajdonságok változását.…”
Section: Módosított Gyertyán Faanyag Kutatásokunclassified
“…Heat treatment is a method of changing the chemical structure of cell wall in wood with the influence of heat, pressure, and eventually moisture without application of chemicals (Sinkovic et al 2011). However, this method can be an alternative method for improving durability and dimensional stability of wood without the use of chemical additives.…”
Section: Introductionmentioning
confidence: 99%