Hi, I am Qingyan Yan Chen, My LiveDNA is 86.9219
 
   
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Dr. Qingyan Yan Chen
 
Highest Degree: Ph.D. in Mechanical Engineering from Delft University of Technology, Netherlands
 
Institute: Purdue University, USA
 
Area of Interest: Engineering
  •   Built Environment
  •   Energy-Efficient Buidings
  •   Healthy Buidings
  •   Sustainable Buildings
 
URL: http://livedna.org/86.9219
 
My SELECTED Publications
1:   Allocca, C., Q. Chen and L.R. Glicksman, 2003. Design analysis of single-sided natural ventilation. Energy Build., 35: 785-785.
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2:   Beghein, C., Y. Jiang and Q.Y. Chen, 2005. Using large eddy simulation to study particle motions in a room. Indoor Air, 15: 281-290.
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3:   Cao, X., J. Liu, N. Jiang and Q. Chen, 2014. Particle image velocimetry measurement of indoor airflow field: A review of the technologies and applications. Energy Build., 69: 367-380.
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4:   Chao, J., X. Mu, Y. Xue, F. Li, W. Li, C.H. Lin, J. Pei and Q. Chen, 2014. A modified tracer-gas-concentration decay method for ventilation rate measurements in large, long, and narrow spaces. Indoor Built Environ., 23: 1012-1020.
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5:   Chen, C., C.H. Lin, Z. Jiang and Q. Chen, 2014. Simplified models for exhaled airflow from a cough with the mouth covered. Indoor Air, 24: 580-591.
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6:   Chen, C., C.H. Lin, Z. Long and Q. Chen, 2014. Predicting transient particle transport in enclosed environments with the combined computational fluid dynamics and Markov chain method. Indoor Air, 24: 81-92.
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7:   Chen, C., J. Zhu, Z. Qu, C.H. Lin, Z. Jiang and Q. Chen, 2014. Systematic study of person-to-person contaminant transport in mechanically ventilated spaces (RP-1458). HVAC&R Res., 20: 80-91.
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8:   Chen, C., W. Liu, C.H. Lin and Q. Chen, 2015. A Markov chain model for predicting transient particle transport in enclosed environments. Build. Environ., 90: 30-36.
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9:   Chen, C., W. Liu, C.H. Lin and Q. Chen, 2015. Accelerating the Lagrangian method for modeling transient particle transport in indoor environments. Aerosol Sci. Technol., 49: 351-361.
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10:   Chen, C., W. Liu, F. Li, C.H. Lin, J. Liu, J. Pei and Q. Chen, 2013. A hybrid model for investigating transient particle transport in enclosed environments. Build. Environ., 62: 45-54.
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11:   Chen, Q. and J. Srebric, 2002. A procedure for verification, validation and reporting of indoor environment CFD analyses. HVAC&R Res., 8: 201-216.
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12:   Chen, Q. and Z. Zhang, 2005. Prediction of particle transport in enclosed Enciron. China Particuol., 3: 364-372.
13:   Chen, Q. and Z. Zhang, 2005. Prediction of particle transport in enclosed environment. China Particuol., 3: 364-372.
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14:   Chen, Q., 2009. Ventilation performance prediction for buildings: A method overview and recent applications. Build. Environ., 44: 848-858.
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15:   Chen, Q., K. Lee, S. Mazumdar, S. Poussou, L. Wang, M. Wang and Z. Zhang, 2010. Ventilation performance prediction for buildings: Model assessment. Build. Environ., 45: 295-303.
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16:   Chen, Q., L.R. Glicksman, J. Lin and A. Scott, 2007. Sustainable urban housing in China. J. Harbin Inst. Tech., 14: 6-9.
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17:   Chen, Q., L.R. Glicksman, J. Lin and A. Scott, 2007. Sustainable urban housing in China. J. Harbin Inst. Tech., 14: 6-9.
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18:   Chen, Q.Y., 2004. Using computational tools to factor wind into architectural environment design. Energy Build., 36: 1197-1209.
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19:   Chen, Q.Y., Z.J. Zhai and L.L. Wang, 2007. Computer modeling of multiscale fluid flow and heat and mass transfer in engineered spaces. Chem. Eng. Sci., 62: 3580-3588.
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20:   Chen, Q.Y., Z.J. Zhai and L.L. Wang, 2007. Computer modeling of multiscale fluid flow and heat and mass transfer in engineered spaces. Chem. Eng. Sci., 62: 3580-3588.
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21:   Chen, X. and Q. Chen, 2010. Comparison of different decontaminant delivery methods for sterilizing unoccupied commercial airliner cabins. Build. Environ., 45: 2027-2034.
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22:   Chen, Y., J. Liu, J. Pei, X. Cao, Q. Chen and Y. Jiang, 2014. Experimental and simulation study on the performance of daylighting in an industrial building and its energy saving potential. Energy Buildings, 73: 184-191.
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23:   Demokritou, P., C. Yang, Q. Chen and J.D. Spengler, 2002. An experimental method for contaminant dispersal characterization in large industrial buildings for indoor air quality (IAQ) applications. Build. Environ., 37: 305-312.
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24:   Duan, R., W. Liu, L. Xu, Y. Huang, X. Shen, C.H. Lin, J. Liu, Q. Chen and B. Sasanapuri, 2015. Mesh type and number for CFD simulations of air distribution in an aircraft cabin. Num. Heat Trans. Part B: Fund., 67: 489-506.
25:   Feng, Z., Z. Long and Q. Chen, 2014. Assessment of various CFD models for predicting airflow and pressure drop through pleated filter system. Build. Environ., 75: 132-141.
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26:   Feng, Z., Z. Long and Q. Chen, 2014. Voltage-current characteristics of needle-plate system with different media on the collection plate. J. Electrostatics, 72: 129-135.
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27:   Fuliotto, R., F. Cambuli, N. Mandas, N. Bacchin, G. Manara and Q. Chen, 2010. Experimental and numerical analysis of heat transfer and airflow on an interactive building facade. Energy Build., 42: 23-28.
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28:   Gosselin, J.R. and Q. Chen, 2008. A dual airflow window for indoor air quality improvement and energy conservation in buildings. HVAC&R Res., 14: 359-372.
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29:   Gosselin, J.R. and Q. Chen, 2008. A dual airflow window for indoor air quality improvement and energy conservation in buildings. HVAC&R Res., 14: 359-372.
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30:   Gosselin, J.R. and Q.Y. Chen, 2008. A computational method for calculating heat transfer and airflow through a dual-airflow window. Energy Build., 40: 452-458.
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31:   Gosselin, J.R. and Q.Y. Chen, 2008. A computational method for calculating heat transfer and airflow through a dual-airflow window. Energy Build., 40: 452-458.
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32:   Griffith, B. and Q.Y. Chen, 2003. A momentum-zonal model for predicting zone airflow and temperature distributions to enhance building load and energy simulations. Hvac&R Res., 9: 309-325.
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33:   Griffith, B. and Q.Y. Chen, 2004. Framework for coupling room air models to heat balance model load and energy calculations (RP-1222). Hvac&R Res., 10: 91-111.
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34:   Gupta, J.K., C.H. Lin and Q. Chen, 2009. Flow dynamics and characterization of a cough. Indoor Air, 19: 517-525.
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35:   Gupta, J.K., C.H. Lin and Q. Chen, 2009. Flow dynamics and characterization of a cough. Indoor Air, 19: 517-525.
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36:   Gupta, J.K., C.H. Lin and Q. Chen, 2010. Characterizing exhaled airflow from breathing and talking. Indoor Air, 20: 31-39.
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37:   Gupta, J.K., C.H. Lin and Q. Chen, 2011. Inhalation of expiratory droplets in aircraft cabins. Indoor Air, 21: 341-350.
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38:   Gupta, J.K., C.H. Lin and Q. Chen, 2011. Transport of expiratory droplets in an aircraft cabin. Indoor Air, 21: 3-11.
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39:   Gupta, J.K., C.H. Lin and Q. Chen, 2012. Risk assessment of airborne infectious diseases in aircraft cabins. Indoor Air, 22: 388-395.
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40:   Holmberg, S. and Q. Chen, 2003. Air flow and particle control with different ventilation systems in a classroom. Indoor Air, 13: 200-204.
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41:   Huang, J.M., Q. Chen, B. Ribot and H. Rivoalen, 2004. Modelling contaminant exposure in a single-family house. Indoor Built Environ., 13: 5-19.
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42:   Huang, Y., X. Shen, J. Li, B. Li and R. Duan et alet al., 2015. A method to optimize sampling locations for measuring indoor air distributions. Atmospheric Environ., 102: 355-365.
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43:   Jiang, Y. and Q. Chen, 2002. Effect of fluctuating wind direction on cross natural ventilation in buildings from large eddy simulation. Build. Environ., 37: 379-386.
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44:   Jiang, Y. and Q. Chen, 2003. Buoyancy-driven single-sided natural ventilation in buildings with large openings. Int. J. Heat Mass Trans., 46: 973-988.
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45:   Jiang, Y., C. Allocca and Q. Chen, 2004. Validation of CFD simulations for natural ventilation. Int. J. Ventil., 2: 359-369.
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46:   Jiang, Y., D. Alexander, H. Jenkins, R. Arthur and Q. Chen, 2003. Natural ventilation in Building: Measurement in a wind tunnel and numerical simulation with large eddy simulation. J. Wind Eng. Ind. Aerodyn., 91: 331-353.
47:   Jiang, Y., M. Su and Q. Chen, 2003. Using large eddy simulation to study airflows in and around buildings. Ashrae Trans., 109: 517-526.
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48:   Jin, M. and Q. Chen, 2014. Accelerating fast fluid dynamics with a coarse-grid projection scheme. HVAC&R Res., 20: 932-943.
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49:   Jin, M. and Q. Chen, 2015. Improvement of fast fluid dynamics with a conservative semi-lagrangian scheme. Int. J. Num. Meth. Heat Fluid Flow, 25: 2-18.
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50:   Jin, M., F. Memarzadeh, K. Lee and Q. Chen, 2012. Experimental study of ventilation performance in laboratories with chemical spills. Build. Environ., 57: 327-335.
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51:   Jin, M., W. Liu and Q. Chen, 2015. Simulating buoyancy-driven airflow in buildings by coarse-grid fast fluid dynamics. Build. Environ., 85: 144-152.
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52:   Jin, M., W. Zuo and Q. Chen, 2012. Improvements of fast fluid dynamics for simulating air flow in buildings. Num. Heat Trans. Part B: Fund., 62: 419-438.
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53:   Jin, M., W. Zuo and Q. Chen, 2013. Simulating natural ventilation in and around buildings by fast fluid dynamics. Num. Heat Trans. Part A: Applic., 64: 273-289.
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54:   Karola, A., H. Lahtela, R. Hanninen, R. Hitchcock, Q. Chen, S. Dajka and K. Hagstrom, 2002. BSPro COM-Server-interoperability between software tools using industrial foundation classes. Energy Build., 34: 901-907.
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55:   Kobayashi, N. and Q. Chen, 2003. Floor-supply displacement ventilation in a small office. Indoor Built Environ., 12: 281-291.
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56:   Lai, D., C. Zhou, J. Huang, Y. Jiang, Z. Long and Q. Chen, 2014. Outdoor space quality: A field study in an urban residential community in central China. Energy Build., 68: 713-720.
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57:   Lai, D., D. Guo, Y. Hou, C. Lin and Q. Chen, 2014. Studies of outdoor thermal comfort in northern China. Build. Environ., 77: 110-118.
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58:   Lau, J. and Q. Chen, 2006. Energy analysis for workshops with floor-supply displacement ventilation under the U.S. climates. Energy Build., 38: 1212-1219.
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59:   Lau, J. and Q. Chen, 2007. Floor-supply displacement ventilation for workshops. Build. Environ., 42: 1718-1730.
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60:   Lau, J. and Q. Chen, 2007. Floor-supply displacement ventilation for workshops. Build. Environ., 42: 1718-1730.
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61:   Lee, K., Z. Jiang and Q. Chen, 2009. Air distribution effectiveness with stratified air distribution systems. Ashrae Trans., 115: 322-333.
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62:   Lee, K.S., T. Zhang, Z. Jiang and Q. Chen, 2009. Comparison of airflow and contaminant distributions in rooms with traditional displacement ventilation and under-floor air distribution systems. Ashrae Trans., 115: 306-321.
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63:   Li, F., J. Liu, J. Pei, C.H. Lin and Q. Chen, 2014. Experimental study of gaseous and particulate contaminants distribution in an aircraft cabin. Atmospheric Environ., 85: 223-233.
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64:   Liu, W. and Q. Chen, 2013. Current studies on air distributions in commercial airliner cabins. Theo. Applied Mech. Lett., Vol. 3. 10.1063/2.1306201.
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65:   Liu, W. and Q. Chen, 2015. Optimal air distribution design in enclosed spaces using an adjoint method. Inverse Probl. Sci. Eng., 23: 760-779.
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66:   Liu, W., J. Wen, C.H. Lin, J. Liu, Z. Long and Q. Chen, 2013. Evaluation of various categories of turbulence models for predicting air distribution in an airliner cabin. Build. Environ., 65: 118-131.
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67:   Liu, W., J. Wen, J. Chao, W. Yin and C. Shen et al., 2012. Accurate and high-resolution boundary conditions and flow fields in the first-class cabin of an MD-82 commercial airliner. Atmospheric Environ., 56: 33-44.
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68:   Liu, W., M. Jin, C. Chen and Q. Chen, 2015. Optimization of air supply location, size and parameters in enclosed environments through using a CFD-based adjoint method. J. Build. Perform. Simul. .
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69:   Liu, W., S. Mazumdar, Z. Zhang, S.B. Poussou, J. Liu, C.H. Lin and Q. Chen, 2012. State-of-the-art methods for studying air distributions in commercial airliner cabins. Build. Environ., 47: 5-12.
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70:   Liu, W., T. Zhang, Y. Xue, Z.J. Zhai, J. Wang, Y. Wei and Q. Chen, 2015. State-of-the-art methods for inverse design of an enclosed environment. Build. Environ., 91: 91-100.
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71:   Liu, W., Z. Long and Q. Chen, 2012. A procedure for predicting pressure loss coefficients of duct fittings using computational fluid dynamics (RP-1493). HVAC&R Res., 18: 1168-1181.
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72:   Mazumdar, S. and Q. Chen, 2008. Influence of cabin conditions on placement and response of contaminant detection sensors in a commercial aircraft. J. Environ. Mon., 10: 71-81.
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73:   Mazumdar, S. and Q. Chen, 2008. Influence of cabin conditions on placement and response of contaminant detection sensors in a commercial aircraft. J. Environ. Mon., 10: 71-81.
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74:   Mazumdar, S. and Q. Chen, 2009. A one-dimensional analytical model for airborne contaminant transport in airliner cabins. Indoor Air, 19: 3-13.
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75:   Mazumdar, S. and Q. Chen, 2009. A one-dimensional analytical model for airborne contaminant transport in airliner cabins. Indoor Air, 19: 3-13.
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76:   Mazumdar, S., S.B. Poussou, C.H. Lin, S.S. Isukapalli, M.W. Plesniak and Q. Chen, 2011. Impact of scaling and body movement on contaminant transport in airliner cabins. Atmospheric Environ., 45: 6019-6028.
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77:   Mazumdar, S., Y. Yin, A. Guity, P. Marmion, B. Gulick and Q. Chen, 2010. Impact of moving objects oncontaminant concentration distributions in an inpatient ward with displacement ventilation. Hvac&R Res., 16: 545-563.
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78:   Mazumdar, S., Z. Long and Q. Chen, 2014. A coupled CFD and analytical model to simulate airborne contaminant transmission in cabins. Indoor Built Environ., 23: 946-954.
79:   Olsen, E.L. and Q.Y. Chen, 2003. Energy consumption and comfort analysis for different low-energy cooling systems in a mild climate. Energy Build., 35: 560-571.
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80:   Poussou, S.B., S. Mazumdar, M.W. Plesniak, P.E. Sojka and Q. Chen, 2010. Flow and contaminant transport in an airliner cabin induced by a moving body: Model experiments and CFD predictions. Atmospheric Environ., 44: 2830-2839.
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81:   Rai, A.C. and Q. Chen, 2012. Simulations of ozone distributions in an aircraft cabin using computational fluid dynamics. Atmospheric Environ., 54: 348-357.
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82:   Rai, A.C., B. Guo, C.H. Lin, J. Zhang, J. Pei and Q. Chen, 2013. Ozone reaction with clothing and its initiated particle generation in an environmental chamber. Atmospheric Environ., 77: 885-892.
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83:   Rai, A.C., B. Guo, C.H. Lin, J. Zhang, J. Pei and Q. Chen, 2014. Ozone reaction with clothing and its initiated VOC emissions in an environmental chamber. Indoor Air, 24: 49-58.
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84:   Rai, A.C., C.H. Lin and Q. Chen, 2014. Numerical modeling of VOC emissions from ozone reactions with human-worn clothing in an aircraft cabin. HVAC&R Res., 20: 922-931.
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85:   Rai, A.C., C.H. Lin and Q. Chen, 2015. Numerical modeling of particle generation from ozone reactions with human-worn clothing in indoor environments. Atmospheric Environ., 102: 145-155.
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86:   Shi, Z., J. Chen and Q. Chen, 2015. On the turbulence models and turbulent Schmidt number in J. Build. Perform. Simul. .
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87:   Srebric, J. and Q. Chen, 2002. An example of verification, validation, and reporting of indoor environment CFD analyses. ASHRAE Trans., 108: 185-194.
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88:   Srebric, J. and Q. Chen, 2002. Simplified numerical models for complex air supply diffusers. HVAC&R Res., 8: 277-294.
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89:   Wang, H. and Q. Chen, 2012. A new empirical model for predicting single-sided, wind-driven natural ventilation in buildings. Energy Build., 54: 386-394.
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90:   Wang, H. and Q. Chen, 2013. A semi-empirical model for studying the impact of thermal mass and cost-return analysis on mixed-mode ventilation in office buildings. Energy Build., 67: 267-274.
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91:   Wang, H. and Q. Chen, 2014. Impact of climate change on heating and cooling energy use in buildings in the United States. Energy Build., 82: 428-436.
92:   Wang, H., P. Karava and Q. Chen, 2015. Development of simple semiempirical models for calculating airflow through hopper, awning and casement windows for single-sided natural ventilation. Energy Build., 96: 373-384.
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93:   Wang, L. and Q. Chen, 2007. Theoretical and numerical studies of coupling multizone and CFD models for building air distribution simulations. Indoor Air, 17: 348-361.
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94:   Wang, L. and Q. Chen, 2007. Theoretical and numerical studies of coupling multizone and CFD models for building air distribution simulations. Indoor Air, 17: 348-361.
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95:   Wang, L. and Q. Chen, 2007. Validation of a coupled multizone-CFD program for building airflow and contaminant transport simulations. HVAC&R Res., 13: 267-281.
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96:   Wang, L. and Q. Chen, 2007. Validation of a coupled multizone-CFD program for building airflow and contaminant transport simulations. HVAC&R Res., 13: 267-281.
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97:   Wang, L. and Q. Chen, 2008. Applications of a coupled multizone-cfd model to calculate airflow and contaminant dispersion in built environments for emergency management. HVAC&R Res., 14: 925-939.
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98:   Wang, L. and Q. Chen, 2008. Applications of a coupled multizone-cfd model to calculate airflow and contaminant dispersion in built environments for emergency management. HVAC&R Res., 14: 925-939.
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99:   Wang, L.L. and Q. Chen, 2008. Evaluation of some assumptions used in multizone airflow network models. Build. Environ., 43: 1671-1677.
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100:   Wang, L.L. and Q. Chen, 2008. Evaluation of some assumptions used in multizone airflow network models. Build. Environ., 43: 1671-1677.
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101:   Wang, L.L., W.S. Dols and Q. Chen, 2010. Using CFD capabilities of CONTAM 3.0 for simulating airflow and contaminant transport in and around buildings. HVAC&R Res., 16: 749-763.
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102:   Wang, M. and Q. Chen, 2009. Assessment of various turbulence models for transitional flows in an enclosed environment (RP-1271). HVAC&R Res., 15: 1099-1119.
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103:   Wang, M. and Q. Chen, 2010. On a hybrid rans/les approach for indoor airflow modeling (rp-1271). HVAC&R Res., 16: 731-747.
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104:   Wang, M., C.H. Lin and Q. Chen, 2011. Determination of particle deposition in enclosed spaces by detached eddy simulation with the lagrangian method. Atmospheric Environ., 45: 5376-5384.
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105:   Wang, M., C.H. Lin and Q. Chen, 2012. Advanced turbulence models for predicting particle transport in enclosed environments. Build. Environ., 47: 40-49.
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106:   Wei, J., J. Zhao and Q. Chen, 2010. Energy performance of a dual airflow window under different climates. Energy Build., 42: 111-122.
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107:   Wei, J., J. Zhao and Q. Chen, 2010. Optimal design for a dual-airflow window for different climate regions in China. Energy Build., 42: 2200-2205.
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108:   Xu, B., J. Liu, S. Ren, W. Yin and Q. Chen, 2013. Investigation of the performance of airliner cabin air filters throughout lifetime usage. Aerosol Air Qual. Res., 13: 1544-1551.
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109:   Xu, W. and Q. Chen, 2001. A two-layer model for simulating indoor airflow, part I: Model development. Energy Build., 33: 629-641.
110:   Xu, W. and Q. Chen, 2001. A two-layer model for simulating indoor airflow, part II: Applications. Energy Build., 33: 615-627.
111:   Xue, G., K. Lee, Z. Jiang and Q. Chen, 2012. Thermal environment in indoor spaces with under-floor air distribution systems: Part 2. Determination of design parameters (1522-RP). HVAC&R Res., 18: 1192-1201.
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112:   Xue, Y. and Q. Chen, 2014. Influence of floor plenum on energy performance of buildings with UFAD systems. Energy Build., 79: 74-83.
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113:   Xue, Y., Z.J. Zhai and Q. Chen, 2013. Inverse prediction and optimization of flow control conditions for confined spaces using a CFD-based genetic algorithm. Build. Environ., 64: 77-84.
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114:   Yang, C., Q. Chen and J. Spengler, 2001. Experimental validation of a computational fluid dynamics model for IAQ applications in ice rink arenas. Indoor Air, 11: 120-126.
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115:   Yang, X., Q. Chen, J. Zeng, J.S. Zhang and C.Y. Shaw, 2001. A mass transfer model for simulating VOC sorption on building materials. Atmospheric Enciron., 35: 1291-1299.
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116:   Yang, X., Q. Chen, J. Zeng, J.S. Zhang and C.Y. Shaw, 2001. A mass transfer model for simulating volatile organic compound emissions from ‘wet’coating materials applied to absorptive substrates. Int. J. Heat Mass Trans., 44: 1803-1815.
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117:   Yang, X., Q. Chen, J. Zeng, J.S. Zhang, G. Nong and C.Y. Shaw, 2001. Effects of airflow on VOC emissions from wet coating materials: experimental measurements and numerical simulation. ASHRAE Trans., 107: 801-811.
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118:   Yin, Y., J.K. Gupta, X. Zhang, J. Liu and Q. Chen, 2011. Distributions of respiratory contaminants from a patient with different postures and exhaling modes in a single-bed inpatient room. Build. Environ., 46: 75-81.
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119:   Yin, Y., W. Xu, J.K. Gupta, A. Guity and P. Marmion et al., 2009. Experimental study on displacement and mixing ventilation systems for a patient ward. HVAC&R Res., 15: 1175-1191.
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120:   Yin, Y., X. Zhang and Q. Chen, 2009. Condensation risk in a room with a high latent load and chilled ceiling panels and with air supplied from a liquid desiccant system. HVAC&R Res., 15: 315-327.
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121:   Zhai, Z. and Q.Y. Chen, 2003. Solution characters of iterative coupling between energy simulation and CFD programs. Energy Build., 35: 493-505.
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122:   Zhai, Z. and Q.Y. Chen, 2004. Numerical determination and treatment of convective heat transfer coefficient in the coupled building energy and CFD simulation. Build. Environ., 39: 1001-1009.
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123:   Zhai, Z., J. Srebric and Q. Chen, 2003. Application of CFD to predict and control chemical and biological agent dispersion in buildings. Int. J. Ventil., 2: 251-264.
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124:   Zhai, Z., Q. Chen, P. Haves and J.H. Klems, 2002. On approaches to couple energy simulation and computational fluid dynamics programs. Build. Environ., 37: 857-864.
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125:   Zhai, Z., Y. Xue and Q. Chen, 2014. Inverse design methods for indoor ventilation systems using CFD-based multi-objective genetic algorithm. Build. Simul., 7: 661-669.
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126:   Zhai, Z.J. and Q.Y. Chen, 2005. Performance of coupled building energy and CFD simulations. Energy Build., 37: 333-344.
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127:   Zhai, Z.J. and Q.Y. Chen, 2006. Sensitivity analysis and application guides for integrated building energy and CFD simulation. Energy Build., 38: 1060-1068.
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128:   Zhai, Z.J., Z. Zhang, W. Zhang and Q.Y. Chen, 2007. Evaluation of various turbulence models in predicting airflow and turbulence in enclosed environments by CFD: Part 1-Summary of prevalent turbulence models. Hvac&R Res., 13: 853-870.
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129:   Zhai, Z.J., Z. Zhang, W. Zhang and Q.Y. Chen, 2007. Evaluation of various turbulence models in predicting airflow and turbulence in enclosed environments by CFD: Part 1-Summary of prevalent turbulence models. Hvac&R Res., 13: 853-870.
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130:   Zhang, J., J.S. Zhang and Q. Chen, 2002. Effects of environmental conditions on the VOC sorption by building materials-part I: Experimental results (RP-1097). ASHRAE Trans., 108: 273-282.
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131:   Zhang, J., J.S. Zhang and Q. Chen, 2003. Effects of environmental conditions on the VOC sorption by building materials-part II: model evaluations (RP-1097). ASHRAE Trans., 109: 167-178.
132:   Zhang, T. and Q. Chen, 2007. Identification of contaminant sources in enclosed spaces by a single sensor. Indoor Air, 17: 439-449.
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133:   Zhang, T. and Q. Chen, 2007. Identification of contaminant sources in enclosed spaces by a single sensor. Indoor Air, 17: 439-449.
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134:   Zhang, T. and Q.Y. Chen, 2007. Novel air distribution systems for commercial aircraft cabins. Build. Environ., 42: 1675-1684.
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135:   Zhang, T. and Q.Y. Chen, 2007. Novel air distribution systems for commercial aircraft cabins. Build. Environ., 42: 1675-1684.
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136:   Zhang, T., Q.Y. Chen and C.H. Lin, 2007. Optimal sensor placement for airborne contaminant detection in an aircraft cabin. HVAC&R Res., 13: 683-696.
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137:   Zhang, T., Q.Y. Chen and C.H. Lin, 2007. Optimal sensor placement for airborne contaminant detection in an aircraft cabin. HVAC&R Res., 13: 683-696.
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138:   Zhang, T.F. and Q. Chen, 2007. Identification of contaminant sources in enclosed environments by inverse CFD modeling. Indoor Air, 17: 167-177.
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139:   Zhang, T.F. and Q. Chen, 2007. Identification of contaminant sources in enclosed environments by inverse CFD modeling. Indoor Air, 17: 167-177.
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140:   Zhang, T.T., K. Lee and Q.Y. Chen, 2009. A simplified approach to describe complex diffusers in displacement ventilation for CFD simulations. Indoor Air, 19: 255-267.
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141:   Zhang, Z. and Q. Chen, 2006. Experimental measurements and numerical simulations of particle transport and distribution in ventilated rooms. Atmos. Environ., 40: 3396-3408.
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142:   Zhang, Z. and Q. Chen, 2007. Comparison of the Eulerian and Lagrangian methods for predicting particle transport in enclosed spaces. Atmospheric Environ., 41: 5236-5248.
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143:   Zhang, Z. and Q. Chen, 2007. Comparison of the Eulerian and Lagrangian methods for predicting particle transport in enclosed spaces. Atmospheric Environ., 41: 5236-5248.
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144:   Zhang, Z. and Q. Chen, 2009. Prediction of particle deposition onto indoor surfaces by CFD with a modified Lagrangian method. Atmospheric Environ., 43: 319-328.
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145:   Zhang, Z., W. Zhang, Z.J. Zhai and Q.Y. Chen, 2007. Evaluation of various turbulence models in predicting airflow and turbulence in enclosed environments by CFD: Part 2-Comparison with experimental data from literature. Hvac&R Res., 13: 871-886.
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146:   Zhang, Z., W. Zhang, Z.J. Zhai and Q.Y. Chen, 2007. Evaluation of various turbulence models in predicting airflow and turbulence in enclosed environments by CFD: Part 2-Comparison with experimental data from literature. Hvac&R Res., 13: 871-886.
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147:   Zhang, Z., X. Chen, S. Mazumdar, T. Zhang and Q. Chen, 2009. Experimental and numerical investigation of airflow and contaminant transport in an airliner cabin mockup. Build. Environ., 44: 85-94.
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148:   Zhang, Z., X. Chen, S. Mazumdar, T. Zhang and Q. Chen, 2009. Experimental and numerical investigation of airflow and contaminant transport in an airliner cabin mockup. Build. Environ., 44: 85-94.
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149:   Zhou, C., Z. Wang, Q. Chen, Y. Jiang and J. Pei, 2014. Design optimization and field demonstration of natural ventilation for high-rise residential buildings. Energy Build., 82: 457-465.
150:   Zhou, H., W. Li, Y. Chen, D. Lai, H. Sun and Q. Chen, 2015. A case study of industrial building energy performance in a cold climate region in a developing country. J. Perform. Constr. Facili. .
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151:   Zuo, W. and Q. Chen, 2009. Real time or faster-than-real-time simulation of airflow in buildings. Indoor Air, 19: 33-44.
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152:   Zuo, W. and Q. Chen, 2009. Real time or faster-than-real-time simulation of airflow in buildings. Indoor Air, 19: 33-44.
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153:   Zuo, W. and Q. Chen, 2010. Fast and informative flow simulations in a building by using fast fluid dynamics model on graphics processing unit. Build. Environ., 45: 747-757.
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154:   Zuo, W. and Q. Chen, 2010. Simulations of air distributions in buildings by FFD on GPU. HVAC&R Res., 16: 785-798.
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155:   Zuo, W., J. Hu and Q. Chen, 2010. Improvements in FFD modeling by using different numerical schemes. Num. Heat Trans. Part B: Fund., 58: 1-16.
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156:   Zuo, W., M. Jin and Q. Chen, 2012. Reduction of numerical diffusion in FFD model. Eng. Applic. Comput. Fluid Mech., 6: 234-247.
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