Empirical Validation of Heat Transfer Performance Simulation of Graphite/PCM Concrete Materials for Thermally Activated Building System

Table 2

Temperature and heat transfer coefficient boundary conditions of the simulation.

Location	Boundary conditions
	Temperature	Heat transfer coefficient/heat transfer resistance
Top surface of the model	Measured indoor air temperatures (Figure 5(a))	(a) Concrete: 7.0 W/m^2K; (b) Graphite/PCM concrete: 7.0 W/m^2K
Side of the model	Adiabatic	None
Bottom surface of the model	Measured surface temperature of the heat plate (Figure 5(b))	(a) Concrete: 0.067 m^2K/W; (b) Graphite/PCM concrete: 0.077 m^2K/W