日本建築学会技術報告集
Online ISSN : 1881-8188
Print ISSN : 1341-9463
ISSN-L : 1341-9463
19 巻 , 42 号
選択された号の論文の79件中1~50を表示しています
材料施工
構造
防火
  • 吉岡 英樹, 西尾 悠平, 田村 政道, 吉田 正志, 野口 貴文, 兼松 学, 安藤 達夫, 小浦 孝次, 富松 太基, 尾崎 泰治
    2013 年 19 巻 42 号 p. 595-600
    発行日: 2013/06/20
    公開日: 2013/06/20
    ジャーナル フリー
    With regard to fire protection for exterior walls of a building, only ‘fire-resistive performance’ is considered, according to the current building standard law of Japan. In previous studies of authors, new test method for evaluation of fire propagation along combustible cladding, was proposed, using primarily test specimens of facade wall with exterior thermal insulation without vent layer. In this paper, newly made results of facade fire tests with other specimens of combustible facades, such as sandwich panels, photovoltaic sheets, combustible coating materials, and exterior insulation with vent layer etc. are discussed.
  • 高木 徹也, 土屋 伸一, 長谷見 雄二
    2013 年 19 巻 42 号 p. 601-604
    発行日: 2013/06/20
    公開日: 2013/06/20
    ジャーナル フリー
    Mobility of the patients and number of ward staff available for disaster management in hospital ward are investigated in a large comprehensive hospital in Tokyo consisting of 1020 beds using the physical records of respective patients. The mobility ratios show high daily fluctuation, weak seasonal change and strong dependence on medical departments. Most of patients in pediatrics system, psychiatry, and cranial nerve need assisted evacuation at the event of fire. The investigation has revealed restriction of the number of ward staff at night, which may need extensive reorganization of emergency management.
  • −開口上部ファサード近傍における温度・受熱量の測定結果−
    吉岡 英樹, 大宮 喜文, 野秋 政希, 村岡 宏, 中村 正寿, 森田 武, 西村 光太
    2013 年 19 巻 42 号 p. 605-610
    発行日: 2013/06/20
    公開日: 2013/06/20
    ジャーナル フリー
    When flame penetration occurs at the glass window opening located in the exterior wall after flashover happens in the room/compartment where fire originally breaks out, exterior surface of the facade wall is heated by convection and radiation produced from the flame and plume spouted out from the broken window. ISO 13785-2 “Reaction-to-fire tests for facades – Part2: Large-scale test,” prescribes the test method determining the fire performance of exterior material installed onto the outer wall when heated by the external flame from the broken window. In this study, applying the large-scale fire test apparatus of ISO 13785-2, temperature and heat flux were measured in the proximity of non-combustible exterior facade which is located above the window opening from where flame spouts.
環境工学
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