CAJ | 학술논문

不同热桥系统能耗情况不一样,热桥柱系统能耗在建筑热桥能耗中占了很大的比例,但是梁板热桥系统以及微热桥系统能耗也是不可忽略的.通过利用ANSYS软件模拟研究了梁板系统以及砂浆微热桥系统的传热情况,结果表明:梁是梁板热桥系统主要散热部分,梁的高度对热桥系统影响不大;砂浆导热系数是影响微热桥传热的主要因素,砂浆的厚度对微热桥的传热无影响.
불동열교계통능모정황불일양,열교주계통능모재건축열교능모중점료흔대적비례,단시량판열교계통이급미열교계통능모야시불가홀략적.통과이용ANSYS연건모의연구료량판계통이급사장미열교계통적전열정황,결과표명:량시량판열교계통주요산열부분,량적고도대열교계통영향불대;사장도열계수시영향미열교전열적주요인소,사장적후도대미열교적전열무영향.
Different heat bridge systems have different energy consumption, the energy consumption of the heat bridge pillars in building take a large proportion of the heat bridge energy consumption.but the thermal bridge beam-slab system and the micro-thermal-bridge system energy consumption can not be ignored. In this paper, we used ANSYS software to simulate the heat transfer situation of the beam-slab system and the micro-thermal-bridge system;the results showed that:the beam is the main part of the main cooling about beam-slab system, the beam height has little effect on the thermal bridge system;The thermal conductivity of mortar is the main factors af-fecting the micro-thermal-bridge system, the thickness of the mortar has no effect on the heat transfer micro-ther-mal-bridge system.