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FUNCTIONAL ANALYSIS OF INDUSTRIAL VENTILATION INSTALLATIONS
Abstract
Industrial ventilation is an extremely complex area and involving deep knowledge of fluid dynamics in the modern version (CFD), three-dimensional propagation of heat, complex flow of fluids, steady state in transient conditions, operating problems, contaminants inside the industrial objective, and outside respectively. Ventilation and air-conditioning installations in industrial conditions are designed to ensure the purity of the air and the corresponding inside environment for man's activity and the nature of the technological process. These ventilation facilities contribute to safeguard employment, the elimination of occupational diseases, the increase in work productivity and the quality of the products obtained through the work. These considerations are enough to ensure the proper functioning of industrial ventilation installations. This work paper will address how to check the operating mode for a complex ventilation system.
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References10
Baltaretu F., Matei I., Practical guide for designing and review of partialy ventilation installations, (in Romanian) la I.P. 13 Dec. 1918, sub c. 106, pp. 39-67, 1987.
Burgess W.A, Ellenbecker M.J., Treitman R.D., Ventilation for control of the work environment - second edition - Copyright © 200 John Wiley & Sons, Inc., pp. 57-58
Cioclea D., Lupu C., Gherghe I., Guide for dimensioning the industrial ventilation installations,(in Romanian), INSEMEX Publishing House, ISBN 978-973-88753-4-0, pp. 102-124, 2013.
Cioclea D., Toth I., Gherghe I., Tomescu C., Suvar M.C., Pasculescu V.M., Analysis of transitory phenomena generated by underground explosions upon the ventilation networks, Environmental Engineering and Management Journal, Romania, vol. 13/issue 6, pp. 1401-1407, 2014.
Cristea A., Ventilation and air conditioning, (in Romanian), vol.I, Technical Publishing House Bucharest, Romania, 1968, pp. 350-352, 1968.
Dumitrescu I., Cozma B.Z., Itu R.B., Safety mechanisms for mining extraction vessels, GeoConference on Science and Technologies in Geology, Exploration and Mining, SGEM 2016, Vol. II Book Series: International Multidisciplinary Scientific Geoconference-SGEM, Bulgaria, pp. 759-766, 2016
Gherghe I., Cioclea D., a.s.o., Methodology of measuring of the air flow rate in the pipe-lines, (in Romanian), INCD INSEMEX Study, Petroșani, Romania, 2007.
Matei, I., Moraru, R, ș.a, Environmental Engineering and underground ventilation, (in Romanian) Technical Publishing House Bucharest, Romania, ISBN 973-31-1496-0 pp. 345-358, 2000.
Suvar M.C., Lupu C., Arad V., Cioclea D., Pasculescu V.M., Mija N., Computerized simulation of mine ventilation networks for sustainable decision making process, Environmental Engineering and Management Journal, vol. 13/issue 6, pp. 1445-1451, 2014.
OSH Answers Fact Sheets, Canadian Centre for Occupational Health & Safety – Industrial ventilation Copyright 1997-2017, http://www.ccohs.ca/oshanswers/prevention/ventilation/introduction.html
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