The Building Envelope’s Thermal Performance Testing System Based on Infrared Image and Wireless Networks

Rang Yong Zhang; Ling Yan Han; Guang He Cheng; Xiao Shi Zheng

doi:10.4028/www.scientific.net/AMR.1030-1032.900

Paper Titles

The Application of Two Dimensional Numerical Simulation Method of Ground Penetrating Radar in Concrete Dam Nondestructive Testing
p.879

The Applied Research of Cement-Soil in the Road and Bridge Design
p.885

The Assessment of Damages to Scientific Building: The Case of the “Science Centre” Museum in Naples, Italy
p.889

The Building Decorative Material Renewal Design Based on the “3R” Principles - Taking Pingjiang Historical Street of Suzhou as an Example
p.896

The Building Envelope’s Thermal Performance Testing System Based on Infrared Image and Wireless Networks
p.900

The Comparative Analysis Research of the Finite Element between Sand Lining Teethed Pile and Smooth Pile
p.905

The Dynamic Analysis of Soft Soil Subgrade in High-Speed Railway Strengthened by PHC Pile
p.908

The Establishment of the Peat Soil Curing Model with Unconfined Compressive Strength
p.912

The Finite Element Stress Analysis of L-Shaped Floor
p.916

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1030-1032The Building Envelope’s Thermal Performance...

The Building Envelope’s Thermal Performance Testing System Based on Infrared Image and Wireless Networks

Abstract:

According to national standards and actual needs to test building envelope thermal performance, the thermal performance of building envelope testing system is designed based on infrared thermal imaging analysis, automatic testing, remote communication, wireless network and arithmetic average. It integrates many complex steps together into one system to complete testing work. Those steps had been done manually on different software in the past. It greatly improves the efficiency and reduces the cost of testing.