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In this paper, we develop a numerical analysis model to calculate the heat and moister behavior at Motomachi Sekibutsu and clarify the effect of suppressing salt damage by renovation of the shelter. Using this model, we divide the renovation as three component, thermal insulation, airtightness, solar transmission, and verify the effectiveness of them. Our results show that all the renovation contribute to decreasing the evaporation from the statue and suppressing the salt phase change. Thus, we consider that the renovation of the shelter suppresses salt damage
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Takatori et al. (2020) studied this question.
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