Abstract：
In this paper, we use the two-dimensional steady-state model to analyze the typical T-floor thermal bridges in the sintered-shale-porous-brick walls in the hot summer and cold winter zone. The simulation results show that in the walls a lot of heat loss from the thermal bridge and it is bad for the insulation properties of the walls. When we set 20mm inorganic thermal insulation on the outdoor side of the thermal bridge, it can reduce the heat loss and increase the lowest temperature of the inside surface of the wall very much. As the simulation results show that with the increase of the coverage of the inorganic thermal insulation, the average heat transfer coefficient of the wall continue to decrease but it is not obvious when the coverage reach the optimal value.
WANG Zhi,GE Jian. SIMULATION ANALYSIS AND OPTIMIZATION OF SINTERED SHALE POROUS BRICK WALL OF T SHAPED BRIDGE[J]. Architecture Technology, 2015, 46(8): 736-739.
