Komparaciona studija neugodnosti zbog zaga?enja vazduha, toplotnog optere?enja i buke u prostorijama
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Nov 12, 2016
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Tokom ove studije, u kontrolisanim prostorijama je ispitivana vanostzaga?enja koja izazivaju ljudi, zatim toplotni uslovi i buka. Sprovedena je serija eksperimenata sa grupom od 16 ljudi, u dve identi?ne ekspwerimentalne sobe. osobe su bile izloene toploti i promeljivom kvalitetu vazduha i odre?enim nivoima zvuka. Varijacija radne temperature od 1C, izme?u 23C i 29C proizvela je isti ugo?aj ugodnosti ?oveka, kao i varijacija od 2,4 decipola kvaliteta vazduha, ili 3.9dB nivoa zvuka. Uspostavljena je veza izme?u zvu?nog nivoa uli?nog saobra?aja i procenta nezadovoljnih ljudi.
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Kako citirati
FANGER, P. Ole et al.
Komparaciona studija neugodnosti zbog zaga?enja vazduha, toplotnog optere?enja i buke u prostorijama.
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 24, n. 2, p. 53-58, nov. 2016.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/489>. Datum pristupa: 12 nov. 2025
Broj časopisa
Sekcija
Tematski ?lanci
Reference
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[2] Bell, P. A. (1978), "Effect of noise and heat stress on primary and subsidiary task perfformance", Human Factors, 20, 747-752.
[3] Berglund, I.. and Cain, W. S. (1989), "Perceived air quality and the thermal environment". In: Proceedings of IAQ '89, San Diego, Atlanta, GA, American Society of Heating, Refrigerating and Air-Conditioning Engineers. pp. 93-99.
[4] Dean, R.D. and McGlothen, C. L. (1965), "Effects of combined heat and noise on human performance, physiology and subjecitve estimates of comfort and performance". In: Proceedings of Institute of Environmental Science Annual Technical Meeting, Mount Prospect, IL, Institue of Environmental Sciences, pp. 55-64.
[5] Fanger, P, 0 ., Breum, N. O. and Jerking, E. (1977) "Can colour and noise influence man's thermal comfort?", Ergonomics, 20,11-18.
[6] Fanger, P. O. (1988), "Introduction of the olf and the decipol units to quantify air polution perceived by humans indoors and outdoors", Energy and BuildIngs, 12, 1-6
[7] Grether, W. F., Harris, C. S., Mohr, G. C., Nixon, C.W., Ohlbaum, M., Sommer, II. c., Thaler, V. II. and Veghte, J. II. (1971), "Effects of combined heat, noise and vibration stress on human performance and physiological function", Aerospace Medicine, 42, 1092-1097.
[8] Grether, W.F., Harris, C.S., Ohlbaum, M., Sampson, PA. and Guignard, J.c. (1972), "Further study of combined heat, noise and vibration stress", Aerospace Medicine, 43,641--645.
[9] Gunnarsen, L. and Fanger, P. O. (1989), "The influence of adaptation 0n acceptability of indoor polution".In: Proceedings of CLIMA 2000, Belgrade, Yugoslav Committee of Heating, Refrigerting and Air-Conditioning, Vol. 3, pp. 49-54.
[10] Hancock, P. A. and Pierce, J. O. (1985), "Combined effects of heat and noise on human performance: a view", American Industrial Hygiene Association Journal, 46, 555 -566.
[11] Horic, G., Sakurai, Y., Narguchi, T. and Matsubara, N. (1985), "Synthesized evaluation of noise, lighting and thermal conditions in a room". In: Proceedings of Noise Control 85, Krakow, pp. 491-496.
[12] ISO 7730 [1984] Moderate Thermal Environments Determination of the PMV and PPD Indices and Specifications for Thermal Comfort. Geneva, International Organization for Standardization.
[13] Knudsen, II. N. and Fanger, P. O. (1'190), "The impact of temperature step-changes on thermal comfort".In: Walkinshaw, D. S. (ed.) Proceedings of Indoor Air 90, Ottawa, Canada Mortgage and Housing Corporation, Vol. 1, pp. 757-761.
[14] Pejtersen, J. and Mayer, E. (1993), "Performance of a panel trained to assess perceived air quality". In : Proceedings of Indoor Air '93, Helsinki, Vol. l. pp. 95-100.
[15] Poulsen, T. (1991), "Influence of session lenght on judged annoyance", Journal of Sound and Vibration, 145, 217-224
[16] Viteles, M. S. and Smith, K. R. (1946), "An experimental investigation of the effect of change in atmospheric conditions and noise upon performance", Heating,Piping and Air Conditioning, 18, 107-112
[17] Wyon, D. P. Kok, R., Lewis, M. I. and Meese, B.B. (1979), "Combined noise and heat stress effects on human performance". In: Fanger, P. O. and Valbjorn, O.(eds.) Indoor Climate, Copenhagen, Danish Building Research Institute, pp. 857 -881.
[2] Bell, P. A. (1978), "Effect of noise and heat stress on primary and subsidiary task perfformance", Human Factors, 20, 747-752.
[3] Berglund, I.. and Cain, W. S. (1989), "Perceived air quality and the thermal environment". In: Proceedings of IAQ '89, San Diego, Atlanta, GA, American Society of Heating, Refrigerating and Air-Conditioning Engineers. pp. 93-99.
[4] Dean, R.D. and McGlothen, C. L. (1965), "Effects of combined heat and noise on human performance, physiology and subjecitve estimates of comfort and performance". In: Proceedings of Institute of Environmental Science Annual Technical Meeting, Mount Prospect, IL, Institue of Environmental Sciences, pp. 55-64.
[5] Fanger, P, 0 ., Breum, N. O. and Jerking, E. (1977) "Can colour and noise influence man's thermal comfort?", Ergonomics, 20,11-18.
[6] Fanger, P. O. (1988), "Introduction of the olf and the decipol units to quantify air polution perceived by humans indoors and outdoors", Energy and BuildIngs, 12, 1-6
[7] Grether, W. F., Harris, C. S., Mohr, G. C., Nixon, C.W., Ohlbaum, M., Sommer, II. c., Thaler, V. II. and Veghte, J. II. (1971), "Effects of combined heat, noise and vibration stress on human performance and physiological function", Aerospace Medicine, 42, 1092-1097.
[8] Grether, W.F., Harris, C.S., Ohlbaum, M., Sampson, PA. and Guignard, J.c. (1972), "Further study of combined heat, noise and vibration stress", Aerospace Medicine, 43,641--645.
[9] Gunnarsen, L. and Fanger, P. O. (1989), "The influence of adaptation 0n acceptability of indoor polution".In: Proceedings of CLIMA 2000, Belgrade, Yugoslav Committee of Heating, Refrigerting and Air-Conditioning, Vol. 3, pp. 49-54.
[10] Hancock, P. A. and Pierce, J. O. (1985), "Combined effects of heat and noise on human performance: a view", American Industrial Hygiene Association Journal, 46, 555 -566.
[11] Horic, G., Sakurai, Y., Narguchi, T. and Matsubara, N. (1985), "Synthesized evaluation of noise, lighting and thermal conditions in a room". In: Proceedings of Noise Control 85, Krakow, pp. 491-496.
[12] ISO 7730 [1984] Moderate Thermal Environments Determination of the PMV and PPD Indices and Specifications for Thermal Comfort. Geneva, International Organization for Standardization.
[13] Knudsen, II. N. and Fanger, P. O. (1'190), "The impact of temperature step-changes on thermal comfort".In: Walkinshaw, D. S. (ed.) Proceedings of Indoor Air 90, Ottawa, Canada Mortgage and Housing Corporation, Vol. 1, pp. 757-761.
[14] Pejtersen, J. and Mayer, E. (1993), "Performance of a panel trained to assess perceived air quality". In : Proceedings of Indoor Air '93, Helsinki, Vol. l. pp. 95-100.
[15] Poulsen, T. (1991), "Influence of session lenght on judged annoyance", Journal of Sound and Vibration, 145, 217-224
[16] Viteles, M. S. and Smith, K. R. (1946), "An experimental investigation of the effect of change in atmospheric conditions and noise upon performance", Heating,Piping and Air Conditioning, 18, 107-112
[17] Wyon, D. P. Kok, R., Lewis, M. I. and Meese, B.B. (1979), "Combined noise and heat stress effects on human performance". In: Fanger, P. O. and Valbjorn, O.(eds.) Indoor Climate, Copenhagen, Danish Building Research Institute, pp. 857 -881.