建筑与文化
建築與文化
건축여문화
ARCHITECTURE & CULTURE
2014年
12期
130-132
,共3页
湿热地区%地下室%热阻%表面放热系数%结露
濕熱地區%地下室%熱阻%錶麵放熱繫數%結露
습열지구%지하실%열조%표면방열계수%결로
Hot And Humid Regions%Basement%Thermal Resistance%Surface Heat Transfer Coefifcients%Con-densation
通过计算地下室外墙在不同热阻和墙面风速时墙面温度，得出墙面临界结露时室内空气相对湿度和含湿量。结果表明湿热地区地下室外墙保温能有效地降低墙面结露，提高墙面风速对墙面结露有一定改善。
通過計算地下室外牆在不同熱阻和牆麵風速時牆麵溫度，得齣牆麵臨界結露時室內空氣相對濕度和含濕量。結果錶明濕熱地區地下室外牆保溫能有效地降低牆麵結露，提高牆麵風速對牆麵結露有一定改善。
통과계산지하실외장재불동열조화장면풍속시장면온도，득출장면림계결로시실내공기상대습도화함습량。결과표명습열지구지하실외장보온능유효지강저장면결로，제고장면풍속대장면결로유일정개선。
Through calculating the wal surface temperature of basement in dif erent exterior wal thermal resistance and wal surface wind velocity , obtained the indoor air relative humidity and humidity ratio when the wal condensation wil formed. The results shows the wal condensation wil be ef-fectively reduced by wal heat insulation , and the wal condensation wil be al eviated by improving of the wal surface wind velocity in the basement of hot and humid regions.
