[1] Guangli Zhang, Tao Peng, Yan Tong*, Yanfeng Gong, Zheng Chen, Weihao Huang, Baolian Dai. Full-scale experiments on the fire smoke extraction from naturally ventilated shafts for shallow-buried urban road tunnels in hot summer. Tunnelling and Underground Space Technology incorporating Trenchless Technology Research. 2023 (Accepted). (SCI二区) [2] Baolian Dai, Yan Tong*, QI Hu, Zhen Chen. Characteristics of thermal stratification and its effects on HVAC energy consumption for an atrium building in southern China. Energy. 2022 (249):123425. (SCI一区) [3] Yan Tong*, Kai Lin, Qi Hu, XiaoFeng Niu, JunHuan Peng, DeKai Huo, Wen Yan. Field measurements on thermal stratification and cooling potential of natural ventilation for large space buildings. International Journal of Ventilation. 2020 (19):49–62.(SCI四区) [4] Yan Tong, Dekai Huo, Peigen Zhu*, Xiaofeng Niu. Prediction of natural and hybrid ventilation performance used for fire-induced smoke control in a large single space. Fire Safety Journal. 2018 (100): 20–31.(SCI三区) [5] Yan Tong*, John Zhai, Changshun Wang, Bin Zhou, XiaofengNiu. Possibility of using roof openings for natural ventilation in a shallow urban road tunnel,Tunnelling and Underground Space Technology.2016(54):92-101. (SCI二区) [6] Yan Tong*, Xin Wang, John Zhai, Xiaofeng Niu, LinLin Liu. Theoretical predictions and field measurements for potential natural ventilation in urban vehicular tunnels with roof openings. Building and Environment. 2014,82:450-458 (SCI一区) [7] Tong Yan*, Shi MingHeng, Gong YanFeng, He JiaPeng. Full scale experimental study on smoke flow in nature ventilation road tunnel fires with shafts. Tunnelling and underground space technology. 2009,24:627-633 (SCI二区) [8] JunHuan Peng, Dekai Huo, Yan Tong*. Study on optimization of semi-lateral ventilation mode of fire in the Nantong Seyuanlu road tunnel. Procedia Engineering. 2018,211,575-580. (EI) [9] Liwen Zhong, Yan Tong*, Zhipeng Zhang, Anran Du, Yuanzhi Wang. Optimization of operation of exhaust fans in Nanjing Metro Line 10. Procedia Engineering. 2017,25,773-778. (EI) [10] Tong Yan*, Shi Mingheng, Zhai Zhiqiang, Studies on smoke distribution in naturally ventilated urban transportation tunnels with multiple shafts. Journal of southeast university (English edition). 2013(29), 3: 305-310. (EI) [11] Yan Tong*, Linlin Liu,Ronghua Su. Experiment and numerical simulation on natural ventilation for transportation tunnel with shafts under traffic jam. The 8th International Symposium on Heating, Ventilation and Air Conditioning (ISHVAC2013),Xian, 2013.10.19-21, (EI) [12] 彭涛,童艳,张广丽,龚延风,陈征,郭屹忠,茅钦,吕刚玉,黄伟浩,戴宝连. 夏季火灾工况下城市公路隧道竖井自然排烟现场实验研究. 隧道建设(中英文).2023(43),7:1170.(中文核心) [13]童艳*,施明恒,何嘉鹏. 单室火灾烟气运动的双层区域模拟. 东南大学学报(自然科学版) .2008(38),3:449-453. (EI,中文核心) [14] 林凯,童艳*,彭俊欢,霍德凯,王昶舜,高大空间热分层实测和自然通风潜力分析.002白菜资讯大全学报. 2018,40(3):95-104.(中文核心) [15] 郑浩,童艳*,王昶舜,林凯, 高大空间建筑上部开口驱动自然通风应用潜力,暖通空调,2017,47(9):124~130.(中文核心) [16] 王昶舜,童艳*,郑浩,林凯,高大空间火灾自然排烟与机械防排烟匹配性研究,消防科学与技术,2016,35(5):609~614.(中文核心) [17] 童艳*, 苏荣华, 陈丽萍.竖井型公路隧道阻滞工况下的自然通风试验与数值模拟. 地下空间与工程学报. 2015, 2, 245~259.(中文核心) [18] 张广丽,童艳*,龚延风,郑浩,顶部开口的城市公路隧道自然通风现场实测与潜力预测,002白菜资讯大全学报(自然科学版),2015,35(4):63~69. (中文核心) [19] 陈星星,童艳*,郑浩,吴婷,彭俊欢.机械送风与自然排烟结合的中庭火灾烟气控制.消防科学与技术. 2015,34(6): 747~751. (中文核心) [20] 赵冬,童艳*,何嘉鹏,周汝,火灾工况下半敞开式隧道自然通风与混合通风对比研究. 安全与环境学报.(中文核心) [21] 童艳*, 苏荣华,龚延风. 竖井型自然通风公路隧道气流与污染物分布的影响因素研究. 建筑科学. 2011, 27(6): 92~98. (中文核心) [22] 童艳*,施明恒,茅靳风,钟星灿,龚延风,李铁柱.竖井型公路隧道自然通风过程的实验研究.暖通空调. 2009(39) ,9: 61~65. (中文核心) [23] 童艳*,何嘉鹏,尤朝阳.双层地铁车站防排烟的数值模拟研究.暖通空调,2005,35(12):47~50. (中文核心) |