閉鎖空間の温湿度環境制御に関する基礎的研究 : (その2) 環境制御のための数学モデル

概要

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Since exact controls of heat and moisture states in enclosed environments are necessary to make the enclosed spaces such as cabins comfortable, it needs to consider the heat and moisture released or absorbed from surrounding walls as well as those from inner air. Moreover, it is too complex to solve the states as a three-dimensional problem accurately and the method of considering conduction of heat and moisture across the surrounding walls only by means of average thermal conductivity is not fully reliable. In order to deal with the heat and moisture released or absorbed from the surrounding walls, we introduce new concepts-heat penetrating rate and moisture penetrating rate, based on which a mathematical model for the control of space states is established. Furthermore, results of simulations carried out by using the present model and those of experiments are compared with each other to justify the validity of the present mathematical model.
社団法人日本船舶海洋工学会の論文