Simulation on the heat transfer coefficient of asymmetric thin-chamber triple-pane insulating glass
HU Yinglong
SUN Shibing
JIN Xiaodong
WANG Wanfu
CHEN Yichen
Abstract：This study investigated the relationship between the thermal transmittance(K-value)of asymmetric thin-chamber in-sulating glass(with a total thickness of 23 mm)and factors such as cavity thickness ratio,gas type,and glass configuration.The re-sults showed that when the gaps were filled with the same gas and the glass types were uniform(clear or Low-E),the lowest K-value occurred at a 1∶1 chamber ratio.When combining clear and Low-E glass,the minimum K-value drifted from 1∶1 and was lower than that of symmetric chambers.When the gaps were filled with different gases and the glass types were uniform(clear or Low-E),the gas arrangement had little effect on the K-value.When combining clear and Low-E glass,the lowest K-value deviated from the 1∶1 chamber thickness ratio,and was lower than the K-value obtained with symmetric chamber distribution using the same glass configuration.
Keywords：insulating glassasymmetric thin-chamberheat transfer coefficientbuilding envelopesenergy-efficient retrofit
Publication Date：2025-07-25
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：6( 1-5,35 )