Influences of different drying climates on Eucalyptus camaldulensis wood properties

One of the most important disadvantages wood material, whose usage is becoming more and widespread, dimensional instability that occurs in its interaction with water. Therefore, studies to improve these drawbacks wood, remain always up date. For mentioned purpose this study, some chemical, morphological, physical mechanical properties Eucalyptus camaldulensis woods, which were naturally dried outdoor indoor climate Eastern Mediterranean (Kahramanmaraş province) atmosphere conditions Turkey, investigated. According results chemical woods measured as merely 0,23 % higher than ones outdoor. The morphological measurements indicated fiber dimensions eucalypt average 1,48 lower out Also, a result statistical analysis, it was found there significant differences (ρ < 0,000) between samples according t-test. At same time, t-test applied determine effect drying on modulus elasticity, compression, tensile, dynamic bending shear strength did not cause any difference outdoor, while Janka hardness strengths showed at ρ 0,000 level. Finally, when data obtained whole considered, can be said testing requires very sensitive different climates has contributions subject. Regarding eucalypts, high distribution area (20 million hectares) world, recommended relevant institutions organizations expand maintain such study future. Lastly, from experiments require delicate environments provide