Home
  >  
Section 5
  >  
Chapter 4,011

Windward windbreak effects on airflow in and around a scale model of a naturally ventilated pig barn

Ikeguchi, A.; Zhang, G.; Okushima, L.; Bennetsen, J.C.

Transactions of the ASAE 46(3): 789-795

2003

ISSN/ISBN: 0001-2351
Accession: 004010045
Wind tunnel tests of 1:20-scale windbreak models placed in a windward position from naturally ventilated pig barns were performed to examine the capability of windbreaks to trap air contaminants emitted from livestock buildings. The airflow surrounding the windbreak and the building was measured.

PDF emailed within 1 workday: $29.90




Related References

Morsing, S.; Ikeguchi, A.; Bennetsen, J.C.; Strom, J.S.; Ravn, P.; Okushima, L. 2002: Wind induced isothermal airflow patterns in a scale model of a naturally ventilated swine barn with cathedral ceiling Applied Engineering in Agriculture 18(1): 97-101
Morsing, S.; Ikeguchi, A.; Bennetsen, J.C.; Strom, J.S.; Ravn, P.; Okushima, L. 2000: Wind induced airflow patterns in a naturally ventilated barn Swine housing Proceedings of the First International Conference, Des Moines, Iowa, USA, 9-11, October 2000: 18-25
MacDonald, R.D.; Houghton, G.; Kains, F.A. 1985: Comparison of a naturally ventilated to mechanically ventilated hog finishing barn Paper, Canadian Society of Agricultural Engineering (85-402): 22
Sase, S. 1989: The effects of plant arrangement on airflow characteristics in a naturally ventilated glasshouse Acta Horticulturae 245: 429-435
Sase, S. 1989: The effects of plant arrangements on airflow characteristics in a naturally ventilated glasshouse Acta Horticulturae 245: 429-435
Zhang, G.I.eguchi, A.S.rom, J.; Morsing, S.T.kai, H.R.vn, P.O.ushima, L. 2003: Obstacle effects on airflow and contamination dispersion around a naturally ventilated livestock building CIGR ejournal(5)
Hsin Yu; Chung-Min Liao; Huang-Min Liang 2003: Scale model study of airflow performance in a ceiling slot-ventilated enclosure: isothermal condition Building and Environment 38(11): 1271-1279
Hsin Yu; Chung-Min Liao; Huang-Min Liang; Kuo-Chih Chiang 2007: Scale model study of airflow performance in a ceiling slot-ventilated enclosure: Non-isothermal condition Building and Environment 42(3): 1142-1150
Li, L.; Cyriac, J.; Knowlton, K.F.; Marr, L.C.; Gay, S.W.; Hanigan, M.D.; Ogejo, J.A. 2009: Effects of reducing dietary nitrogen on ammonia emissions from manure on the floor of a naturally ventilated free stall dairy barn at low (0-20 degrees C) temperatures Journal of Environmental Quality 38(6): 2172-2181
Christenson, L.E. 1985: A warm, naturally ventilated barn that works Dairy herd management 22(1): 58
Holmes, B.J.; Cramer, C.O. 1984: A naturally ventilated dairy stall barn Paper, American Society of Agricultural Engineers (84-4067): 8 pp
Choiniere, Y.; Munroe, J.A. 1994: A wind tunnel study of wind direction effects on airflow patterns in naturally ventilated swine buildings Canadian Agricultural Engineering 36(2): 93-101
Choiniere, Y.; Menard, O.; Blais, F.; Munroe, J.A. 1987: Thermostat location for a naturally ventilated swine barn Paper, American Society of Agricultural Engineers (87-4554): 19
Geng, Q.; Janni, K.A.; Jacobson, L.D. 1988: Environmental monitoring of a naturally ventilated swine barn Paper, American Society of Agricultural Engineers (88-4534): 16
Choiniere, Y.; Munroe, J.A.; Menard, O.; Blais, F. 1991: Thermostat location for a naturally ventilated swine barn Canadian Agricultural Engineering 33(1): 169-178
Masse, D.; Munroe, J.; Phillips, P. 1991: Durability of truss connections in a naturally ventilated swine barn Transactions of the ASAE 34(2): 625-627
Masse, D.I.; Munroe, J.A.; Phillips, P.A. 1989: Durability of truss connections in naturally ventilated swine barn Paper American Society of Agricultural Engineers ( 89-4509): 10 pp.
Hayakawa, S.; Motoda, Y. 1985: Studies on the wind in the windward and leeward of windbreak structure. (1) Characteristics of the horizontal flow patterns obtained from the simulation of idealized horizontal windbreak structure Journal of Agricultural Meteorology 41(1): 31-38
Saelens, D; Hens, H 2001: Experimental Evaluation of Airflow in Naturally Ventilated Active Envelopes Journal of Thermal Envelope and Building Science 25(2): 101-127
Carrilho da Graca, G.; Martins, N.R.; Horta, C.S. 2012: Thermal and airflow simulation of a naturally ventilated shopping mall Energy and Buildings 50: 177-188