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Thermo mechanical processing of Cappadocian maple (Acer c.)

机译：Cappadocian枫（Acer c。）的热机械加工

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The objective of this work was to determine effect of heat treatment and compression on some of themechanical properties of Cappadocian maple (Acer c.) samples. Bending, compression and shear strengthalong with Brinell hardness of defect free specimens compressed using temperature levels of 120oC, 140oC,and 160oC were evaluated. Based on findings in this work densification of the samples resulted in 59%,16%, 12%, 28% 145% and 174% increase for modulus of rupture, modulus of elasticity, shear strength,compression strength, hardness in radial and tangential grain orientations, respectively. It seems that datadetermined in this study would provide basic information on better utilization of Cappadocian maple. Thedensification process significantly increased the strength properties of specimens. The ideal temperaturelevel was determined as 120oC for the highest bending, shear and compression strength values while thesamples exposed to 160oC had the highest radial and tangential hardness values for densified samples.
机译：这项工作的目的是确定热处理和压缩对Cappadocian枫树（Acer c。）样品的某些力学性能的影响。评估了在120oC，140oC和160oC温度下压缩的无缺陷试样的弯曲，压缩和剪切强度以及布氏硬度。根据这项工作的发现，样品的致密化导致断裂模量，弹性模量，剪切强度，压缩强度，径向和切向晶粒的硬度分别增加了59％，16％，12％，28％，145％和174％。方向。这项研究中确定的数据似乎将提供有关更好地利用卡帕多西亚枫树的基础信息。致密化过程显着提高了样品的强度性能。对于最高的弯曲，剪切和压缩强度值，理想的温度水平确定为120oC，而暴露于160oC的样品的致密样品的径向和切向硬度值最高。

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