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首页> 外文会议>International Symposium on Selected Processes at the Wood Processing >Control of the Indoor Climate in Summer Using the Thermophysical Properties of Wood Materials in Terms of Transient Thermal State
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Control of the Indoor Climate in Summer Using the Thermophysical Properties of Wood Materials in Terms of Transient Thermal State

机译：在瞬态热状态下使用木材的热物理性能控制夏季室内气候

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The paper deals with the influence of wood-based thermal insulation in building envelope constructions to the summer comfort of indoor climate thorough their thermal-accumulation properties. In this study, the optimum positions of thermal insulation (wood fibre insulation, cork board) were investigated numerically from the maximum decrement factor and the maximum time lag. Thermal-mass material of the wall is formed from CLT (cross-laminated timber) with different thicknesses of layers. It depends on the position of the insulation material maintaining the total thickness of wall 240 mm. Totally, there were composed six different configurations of insulation placement with a consequent shift in its position. The calculations of decrement factor and time lag were carried out by computer simulations based on the particular configurations. In terms of decrement factor the most effective location of thermal insulation in two layers more precisely - in the middle of the wall and on the outer surface or on the outer surface and inner surface of the wall.
机译：本文涉及木材基保温在建设包围结构对室内气候的夏季舒适性的影响。在这项研究中，从最大减量系数和最大时间滞后，数值对保温（木质纤维绝缘，软木板）进行了最佳位置。壁的热质量材料由具有不同厚度的层的CLT（交叉层压木材）形成。它取决于绝缘材料的位置，保持壁的总厚度240mm。完全，组成了六种不同的绝缘放置配置，其位置随后的位置。通过基于特定配置的计算机模拟来执行减量因子和时间滞后的计算。在减少因子中，在两层中的热绝缘中的最有效位置更确切地说 - 在墙壁的中间和外表面上或壁的外表面上。

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