Thermal insulation performance analysis of high rise building envelope based on finite element analysis

The current analysis method of thermal insulation performance building envelope neglects the optimization temperature control parameters, which leads to poor performance, low rate and weak convincing results. Therefore, a finite element for high rise is proposed. Compton backscattering technique introduced analyze influence scattering intensity ratio window width on heat transfer coefficient enclosure. Based objective function, parameters retaining wall are calculated fused. An adaptive iterative used enclosure using Through backscatter detection technology, decision variables energy consumption materials obtained, walls optimized. model structure established by software. results experiments show that proposed has ideal preservation consumption. Compared with traditional method, can keep preset temperature.