屋外熱環境予測を目的としたκ-εモデルの壁面境界条件としての建物外表面の対流熱伝達率推定式の提案 : 第1報水平屋上スラブ及び試験家屋鉛直壁面における実測

概要

論文の詳細を見る
To establish a comprehensive and qualitative prediction for corrective heat transfer coefficient (CHTC) on various urban canopy surfaces, a series of outdoor experiments were precisely reported. Simultaneous multi-point measurement concerned on all the surface fluxes except for the convective element primarily indicated the real distribution of the CHTC. One of the most important fruits from this study is that a certain experimental equation expressed as the relationship between convective heat transfer coefficient and wind velocity was obtained. This was acquired from the strategic measurements focussed on the turbulent statistical values on a top-roof slab and a vertical wall of a test dwelling, being different in both scale and wind direction against the surfaces.
社団法人日本建築学会の論文
2001-12-30