建物開口部位の温熱実験とシミュレーション

書誌事項

タイトル別名
  • THERMAL EXAMINATION OF APERTURE OF BUILDING AND SIMULATION
  • 建物開口部位の温熱実験とシミュレーション : 光学特性,放射率の違いによる室温への影響検証
  • タテモノ カイコウ ブイ ノ オンネツ ジッケン ト シミュレーション : コウガク トクセイ,ホウシャリツ ノ チガイ ニ ヨル シツオン エ ノ エイキョウ ケンショウ
  • Inspection of room temperature under influence of optical characteristic and thermal emissivity of the glass
  • -光学特性,放射率の違いによる室温への影響検証-

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Thermal behavior of a window of a building affects indoor thermal environment, especially affects heating and cooling loads significantly. And heating and cooling loads of a window is a major elemental part of whole of loads. Changes of heat transfer reflects the heat load calculation for moment to moment. The authors used multiple units of the experimental apparatus and collected data in short time intervals by the latest high speed data logger to analyze the measured data theoretically. Temperatures at 6 experimental apparatus were measured. Then, examination using the LESCOM simulation program was conducted. The measurement discovered that the indoor thermal environment was improved substantially. It was also found that figures gained from the measurement agreed well with those calculated from the LESCOM program. Climate change nowadays is saying extraordinary. The authors executed heat-load simulation with weather data of the last decade which is considered prefers to that of standard. As the results, we concluded that the simulation with the last decade is important, since it is able to evaluate standard heat-load according to annual difference.

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