Abstract
The formation of an “invisible, transparent, insulated airtight cover” from the convergent air curtain between pollutants and operator control pollution equivalent to increase a sealed cover to prevent the outward diffusion of pollutants, which cut off heat passed out at the environmental protection, labor protection, and health protection, is very beneficial and also has great application value in life. In this chapter, under static conditions, the air curtain in a different angle of incidence, the width of the initial wind speed, to use AutoCAD to set air curtain model, meshed it with Gambit and solved it by FLUENT software, then drawn a simulation model. On the other hand, to analyze the experimental results by the numerical simulation, software Origin was used to analyse the convergent effect of the air curtain with undisturbed outward conditions. The varying parameters are incident angle and the width of the air curtain. The incident angle, the relationship of the width of the air curtain. Gotten that the best range air curtain incident angle under undisturbed conditions is from 68 to 74, laid the theoretical and experimental bases for the actual applications of convergent air curtain.
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References
Faen S, Neng Z, Ren R, Zhao Y, Jiang D (2011) Research on the undisturbed area of convergent air curtain. In: International conference on multimedia technology (ICMT 2011), pp 4063–4066
Faen S, Neng Z, Jiao S, Pengfei J (2011a) The impact of the lateral force on the convergent air curtain. International conference on electrical and control engineering (ICECE 2011), pp 1819–1823
Faen S, Neng Z, Jiao S, Pengfei J (2011b) Establishment of the experimental model for the convergent air curtain and theoretical study. International conference on electronics, communications and control (ICECC 2011), pp 248–253
Shi F-E, Zhu N, Liu K-X (2011) Experimental Analysis of controlling pollutants by the convergent jet air curtain. International conference on energy, environment and sustainable development (ICEESD 2011), pp 1396–1400
Nakai M, Arita M (2012) An experimental study on prevention of saline wedge intrusion by an air curtain in rivers. J Hydraul Res 3:333–339
Ryu KJ, Juraeva M (2012) Numerical simulation in the air-curtain installed subway tunnel for the indoor air quality. The 6th international journal of mechanical and aerospace engineering, pp 414–418
Gerber AG, Dubay R (2006) CFD-based predictive control of melt temperature in plastic injection molding. Appl Math Model 30:884–903
Ichida M, Kunitomo K (2002) Control of CO2 peak position by dual lance air curtain method. ISIJ Internation 10:1077–1083
Jaramillo JE, Perez-Segarra CD (2010) Detailed numerical study of turbulent flows in air curtains. V European conference on computational fluid dynamics, pp 1–19
Zhu H-J, Lin Y, Xie L (2010) FLUNT: fluid analysis and simulation practical tutorial. Posts & Telecom Press
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Shi, F., Zhu, Z., Jiang, D., Yuan, W. (2014). Numerical Simulation for Convergent Air Curtain Under Undisturbed Area Condition. In: Li, A., Zhu, Y., Li, Y. (eds) Proceedings of the 8th International Symposium on Heating, Ventilation and Air Conditioning. Lecture Notes in Electrical Engineering, vol 263. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-39578-9_30
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DOI: https://doi.org/10.1007/978-3-642-39578-9_30
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