建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2014年
3期
34-40
,共7页
周静%高岩%于崇明%刘然
週靜%高巖%于崇明%劉然
주정%고암%우숭명%류연
镶嵌式%框架结构%热桥
鑲嵌式%框架結構%熱橋
양감식%광가결구%열교
inlaid%frame structure%thermal bridge
介绍了镶嵌式框架围护结构体系,以北京地区气候条件为计算参数,利用模拟软件,模拟分析了不同形式镶嵌式框架围护结构中典型节点的温度分布规律,结果表明该体系能够避免热桥部分产生结露问题;还分析了不同节点处的热流分布,表明该体系的节能效果可基本满足北京市居住建筑的节能设计要求。
介紹瞭鑲嵌式框架圍護結構體繫,以北京地區氣候條件為計算參數,利用模擬軟件,模擬分析瞭不同形式鑲嵌式框架圍護結構中典型節點的溫度分佈規律,結果錶明該體繫能夠避免熱橋部分產生結露問題;還分析瞭不同節點處的熱流分佈,錶明該體繫的節能效果可基本滿足北京市居住建築的節能設計要求。
개소료양감식광가위호결구체계,이북경지구기후조건위계산삼수,이용모의연건,모의분석료불동형식양감식광가위호결구중전형절점적온도분포규률,결과표명해체계능구피면열교부분산생결로문제;환분석료불동절점처적열류분포,표명해체계적절능효과가기본만족북경시거주건축적절능설계요구。
The building envelope system of inlaid frame structure is introduced. Taking the typical weather condition in Beijing as the computational parameter, it analyzes the temperature distribution on thermal bridge of typical nodes of different inlaid frame structure in building envelope system with simula-tion, the result shows that the system can avoid condensation problems on thermal bridges. Studies about the heat flux distribution in different nodes indicate that the system can basically meet the design standard for energy efficiency of residential buildings in Beijing.