建筑热能通风空调
建築熱能通風空調
건축열능통풍공조
BUILDING ENERGY & ENVIRONMENT
2012年
3期
56-59
,共4页
何列波%喻李葵%王晓宗%马卫武
何列波%喻李葵%王曉宗%馬衛武
하렬파%유리규%왕효종%마위무
候车厅%分层空调%数值模拟%实验测试
候車廳%分層空調%數值模擬%實驗測試
후차청%분층공조%수치모의%실험측시
waiting room%stratified air-conditioning%numerical simulation%experiment test
本文以某高铁站候车厅为研究对象，通过现场测试候车厅物理尺寸及相关空调参数，结合Airpak3．0专业模拟软件对候车厅冬季分层空调气流组织进行模拟，并将模拟结果与实测值进行对比分析，验证CFD模型的可靠性，最后采用PMV—PPD指标对室内舒适性进行评价，旨在为高大空间空调系统设计提供参考依据。
本文以某高鐵站候車廳為研究對象，通過現場測試候車廳物理呎吋及相關空調參數，結閤Airpak3．0專業模擬軟件對候車廳鼕季分層空調氣流組織進行模擬，併將模擬結果與實測值進行對比分析，驗證CFD模型的可靠性，最後採用PMV—PPD指標對室內舒適性進行評價，旨在為高大空間空調繫統設計提供參攷依據。
본문이모고철참후차청위연구대상，통과현장측시후차청물리척촌급상관공조삼수，결합Airpak3．0전업모의연건대후차청동계분층공조기류조직진행모의，병장모의결과여실측치진행대비분석，험증CFD모형적가고성，최후채용PMV—PPD지표대실내서괄성진행평개，지재위고대공간공조계통설계제공삼고의거。
This article based on a high-speed railway station waiting room as an illusion, the waiting room physical size and related air-conditioning parameter get by local testing, combined with Airpak3.0 simulation software to simulate stratified air-conditioning air distribution in winter of the waiting room, and analysis the simulated result and testing result by compare, verify the CFD model is feasible, Finally adopts PMV-PPD index to evaluate the indoor comfortableness, aimed to provide a reference for air-conditioning system design of the large space.
