Abstract
In the previous report, the authors confirmed the effectiveness of the installation of jellied water thermal storage body between deck plate and guide plate experimentally. However, notwithstanding the rapid charging and discharging characteristics of jellied water thermal storage body, the stored heat capacity of that is not enough. In this study, installation of air path and jellied water thermal storage body above the deck plate is proposed to increase stored heat capacity. Experiments were conducted by changing conditions with and without the air path and the jellied water thermal storage body, and the effectiveness of that was confirmed. In addition, the temperatures of slab and jellied water thermal storage body calculated by simulation programs were consistent with the results of the experiments.
