新型临时性纸构建筑性能及其应用研究
刘玉琳，陈梦婷，孙煜山，付根本，林丹妮
（扬州大学电气与能源动力工程学院，江苏 扬州 225127）
摘要： 为应对建筑能耗和环境污染等问题，对新型临时性纸构建筑展开研究。在研究现有纸构建筑的基础上，通过
分析纸构建筑的物理特性，探究纸作为建筑材料的合理性及其优缺点，并通过室内热环境参数模拟软件，建立纸构建筑
模型，对其设定边界条件并进行数值模拟，经计算求解得出结果，以分析纸构建筑内部温度分布情况，进而对新型临时
性纸构建筑保温性能与节能性能进行探讨。研究表明，纸构建筑传热系数大，热阻小，室内热环境受外界环境影响较大，
并在此实验结果上提出增强纸构建筑保温隔热性能的解决方案，归纳总结纸构建筑对绿色建筑发展的意义。
关键词： 纸构建筑；绿色建筑；数值模拟；保温
中图分类号： TU209     文献标识码： A     文章编号： 2095-0802-(2020)08-0067-03
Study on Perfomance and Application of New Temporary Paper Architecture
LIU Yulin, CHEN Mengting, SUN Yushan, FU Genben, LIN Danni
(College of Electrical, Energy and Power Engineering, Yangzhou University, Yangzhou 225127, Jiangsu, China)
Abstract: In order to solve the problems of building energy consumption and environmental pollution, this paper studied the new
temporary paper architecture. On the basis of the existing research about paper architecture, it analyzed the physical characteristics
of the paper architecture to explore the rationality, advantages and disadvantages of paper as building material, and established
the paper architecture model by using the indoor thermal environment parameter simulation software, set the boundary
conditions and carried out the numerical simulation, and obtained the results by calculation, so as to analyze the temperature
distribution inside the paper architecture, and then discussed the thermal insulation and energy saving performance of the new
temporary paper architecture. The results showed that the heat transfer coefficient of the paper architecture is large, the thermal
resistance is small, and the indoor thermal environment is greatly influenced by the external environment. Based on the experimental
results, this paper proposed solutions to strengthen the thermal insulation performance of paper architecture, and summarized
the significance of paper architecture for the development of green buildings.

Key words: paper architecture; green buildings; numerical simulation; heat preservation