| Title |
A Fundamental Study for the Development of Building Materials Using the Charcoal |
| Authors |
ChoiWon-Ki ; Park Hea-Ran ; Suh Seung-Jik |
| Keywords |
Charcoal ; Green Building Materials ; Water Content Ratio ; Surface Evaporation Rate ; Surface Temperature,Time Lag Effect ; Emissivity |
| Abstract |
In recent years, Consumers have a growing interest in green building materials. Why do they use green building materials? The reasons why they use green building materials are those that earn high marks for resource management, impact on indoor environmental quality(IEQ) and performance(energy efficiency and water efficiency, etc). The purpose of this paper is to develop the High Functional Multi-Purpose Green Panel(hereafter referred to as Hi-FMPGP) using the charcoal having the characteristics of porous, absorbent and moisture control effect. In this paper, experimental studies have been performed through the four different models according to the charcoal content. As a result, this experiment shows that the model No.3 with lots of charcoal content is better than reference model without the charcoal content to the all performance. Consequently, we verified that the new Hi-FMPGP has the advantage to previously predicted performances, namely, water content ratio, surface evaporation rate, surface temperature, time lag effect and emissivity. Therefore, Hi-FMPGP is quite within the realms of possibility as a green building material. |