首页> 外文会议>空気調和·衛生工学会大会 >Investigation of Vacuum Insulation Panel and its Effective Application to Contribute Retrofitting Insulation for Existing Buildings Part 2 Reduction effect of thermal bridge for multiple layers VIP and its application
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Investigation of Vacuum Insulation Panel and its Effective Application to Contribute Retrofitting Insulation for Existing Buildings Part 2 Reduction effect of thermal bridge for multiple layers VIP and its application

机译:真空绝热板的研究及其在既有建筑改造中的应用。第二部分多层VIP隔热桥的减少效果及其应用。

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Evacuated insulating is become to apply to architectures which can be a single panel with slim and light to easier to construction with higher insulation performance so called vacuum insulation panels (VIPs). Few high efficiency techniques were installed in existing buildings, hence, apply the slim and multiple layers' VIPs to retrofit the insulation performance is a good way. Thermal bridge as a big negative effect for architectural performance once called cold bridge. In this study, calculation model is made for analyzing the insulation performance of full scale VIPs which solved by computational fluid dynamics (CFD). Finally, the insulation performance of VIPs can be validated by the calculation results.
机译:疏散绝缘正逐渐应用于那些具有纤薄轻巧的单板结构,从而易于以更高的绝缘性能进行施工的结构,即所谓的真空绝缘板(VIP)。现有建筑物中很少安装高效技术,因此,应用超薄和多层的VIP来改造绝缘性能是一种好方法。热桥曾对建筑性能产生很大的负面影响,一度被称为冷桥。在本研究中,建立了计算模型,以分析通过计算流体动力学(CFD)解决的全尺寸VIP的绝缘性能。最后,通过计算结果可以验证VIP的绝缘性能。

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