建筑热能通风空调
建築熱能通風空調
건축열능통풍공조
BUILDING ENERGY & ENVIRONMENT
2014年
3期
70-72,58
,共4页
纤维风管%小型超市%速度分布%温度分布%数值模拟
纖維風管%小型超市%速度分佈%溫度分佈%數值模擬
섬유풍관%소형초시%속도분포%온도분포%수치모의
fabric ducts%sm allsuperm arket%velocity distribution%tem perature distribution%num ericalsim ulation
针对某大型建筑内的小型超市，进行了纤维风管送风和散流器送风两种情况下气流组织的数值模拟。结果表明采用纤维风管垂直于货架布置的送风方式能有效避免货架对气流的阻挡，使气流顺利到达工作区，增强了超市空间温度和风速的均匀性。
針對某大型建築內的小型超市，進行瞭纖維風管送風和散流器送風兩種情況下氣流組織的數值模擬。結果錶明採用纖維風管垂直于貨架佈置的送風方式能有效避免貨架對氣流的阻擋，使氣流順利到達工作區，增彊瞭超市空間溫度和風速的均勻性。
침대모대형건축내적소형초시，진행료섬유풍관송풍화산류기송풍량충정황하기류조직적수치모의。결과표명채용섬유풍관수직우화가포치적송풍방식능유효피면화가대기류적조당，사기류순리도체공작구，증강료초시공간온도화풍속적균균성。
Take a small supermarket in a large building for example, simulated the indoor air distribution situation w hich employs tw o kinds of air supplying modes:fabric ducts and air diffuser respectively.The results show thatitcan effectively avoid the shelves on airflow of the blocks in the mode that the fabric ducts are perpendicular to the blocks, making airflow arrive the workspace smoothly,and enhancing the uniformity oftemperature and velocity in supermarket area.
