慣性力および熱損失が煙速度におよぼす影響の検討 : 煙先端部の水平伝播性状に関する研究その2

概要

論文の詳細を見る
As concerns a mathematical model for the prediction of velocity of the smoke front which was presented in part 1, new method for taking account of the effect of the inertia is formulated. The effects of heat loss from smoke layer to the surroundings are also considered by the theoretical model being able to consider temperature dependence of total heat transfer coefficient. The prediction of these models is compared with the field experiment and with the model experiment using high temperature smoke.As a result of these improvements, the errors caused by the effect of the inertia are decreased, and, in case of prediction of high temperature smoke in a long corridor, the new model gives more accurate results than the previous.
社団法人日本建築学会の論文
1995-11-30