玻璃系统边缘密封件的热阻在玻璃系统传热中起着重要作用。高导电性边缘密封会导致边缘玻璃能量损失过大，并会加剧寒冷气候下的冷凝问题。研究了一种表达测量和计算的边缘密封电导水平的方法。综述了各种边缘密封类型的二维模拟模型。这些模型之前是根据测量的传热数据开发和完善的。改进后的模型用于量化边缘密封热阻测量和后续数据缩减中的限制。此外，开发过程中发现的模型和信息用于检查各种边缘密封设计选项的热性能，这些选项最近被考虑用于商业推广。关键词:双层玻璃，计算机程序，计算，隔热，散热玻璃，窗户，密封件。 引用:研讨会，ASHRAE Trans。1994年，第100卷，第一部分

The thermal resistance of glazing system edge-seals plays an important role in glazing system heat transfer. Highly conductive edge-seals cause excessive edge-glass energy loss and can aggravate condensation problems in cold climates. A methodology for expressing measured and calculated edge-seal conductance levels is examined. Two-dimensional simulation models for a wide range of edge-seal types are reviewed. These models were previously developed and refined on the basis of measured heat transfer data. The refined models are used to quantify limitations in the edge-seal thermal resistance measurement and subsequent data reduction. In addition, the models and information uncovered during their development are used to examine the thermal performance of an assortment of edge-seal design options that have more recently been considered for commercial introduction.KEYWORDS: double glazing, computer programs, calculating, thermal insulation, heat loss glazing, windows, seals.