酚醛板保温耐火性能研究及工程应用

发布时间：2018-05-12 10:01

本文选题：墙体保温 + 酚醛板　；参考：《辽宁工程技术大学》2014年硕士论文

【摘要】：近年来,国家对建筑节能的标准不断提升,在选择节能保温材料的同时,由保温材料引发的火灾却时有发生。防火不保温,保温不防火的格局使开发商在选择保温材料时困惑不已。酚醛板作为新兴的有机保温材料,尚未得到广泛的认知和推广,本文将酚醛板与市场主流有机材料聚苯板、挤塑板、聚氨酯在同条件下进行阻燃试验,隔热试验和热稳定性试验,验证了在有机材料中酚醛板的防火性能优势；结合工程实例,运用TRNSYS软件进行建筑能耗模拟,模拟出选用不同有机保温材料的能耗变化；总结出保温材料防火保温的综合评价方法,结合具体工程案例应用此方法进行综合评价,酚醛板最终成功应用于案例工程；并通过工程实践总结出酚醛板在施工中的关键工艺。
[Abstract]:In recent years, the national standard of building energy conservation has been improved, and the fire caused by thermal insulation materials has occurred from time to time. Fire-proof not insulation, heat insulation not fire-proof pattern, developers in the selection of insulation materials confused. As a new kind of organic insulation material, phenolic board has not been widely recognized and popularized. In this paper, the flame retardant test of phenolic board and market mainstream organic material polystyrene board, extruded plastic board and polyurethane were carried out under the same conditions. The thermal insulation test and thermal stability test verify the fire resistance of phenolic plate in organic materials, and use TRNSYS software to simulate the building energy consumption, and simulate the change of energy consumption of different organic insulation materials. This paper summarizes the comprehensive evaluation method of heat preservation material and fire insulation, and applies this method to the comprehensive evaluation of concrete engineering cases. The phenolic plate is finally successfully applied to the case engineering, and the key technology of the construction of phenolic plate is summarized through engineering practice.
【学位授予单位】：辽宁工程技术大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU761.12;TU551

【参考文献】