U p w a r d – A i r f l o w V e n t i l a t i o n S y s t e m
775
Acknowledgement
This study was supported by The SENACYT (
Secretaría Nacional de Ciencia y
Tecnología)
of Panamá and by the University of São Paulo – USP, Brazil. The
authors also gratefully acknowledge the support received by the School of
Engineering of the University of São Paulo.
References
ALLARD, F. & SANTAMOURIS, M., 1998.
Natural Ventilation in Buildings: A Design
Handbook
, Earthscan.
ANSYS, 2010.
Ansys CFX 13 user´s guide.
,
BITTENCOURT, L., 2006.
Introdução à ventilação natural nas edificações
, EDUFAL.
CÂNDIDO, C. et al., 2004. Avaliação da localização das aberturas de captadores de
vento na ventilação natural de edificações escolares. In ENCONTRO NACIONAL
DE TECNOLOGIA DO AMBIENTE CONSTRUÍDO - ENTAC. São Paulo, p. 14.
ENSCORE, S.I., METZINGER, M.D. & WEBSTER, J.L., 1996.
The Quarry Heights
Military Reservation in the Republic of Panama: Historical Documentation of the
Installation and Bldg. 23
, US Army Corps of Engineers, Construction Engineering
Research Laboratories.
FRANKE, J. et al., 2007. The COST 732 Best Practice Guideline for CFD simulation of
flows in the urban environment. , (1). Available at:
[Acessado junho 6, 2012].
GANDEMER, J. & BARNAUD, G., 1989.
Ventilation Naturelle des Habitations sous
Climat Tropical Humide: Aproach Aerodynamique
, Nantes: CSTB.
HOLMES, J.D., 1994. Wind pressures on tropical housing.
Journal of Wind Engineering
and Industrial Aerodynamics
, 53(1-2), p.105-123.
JOHNSON, S.P., 1995.
A History of Quarry Heights Military Reservation: The Former
Panama Canal Zone, Republic of Panama
, U.S. Army South, Directorate of
Engineering and Housing.
KARAVA, P., STATHOPOULOS, T. & ATHIENITIS, A.K., 2011. Airflow assessment in
cross-ventilated buildings with operable façade elements.
Building and
Environment
, 46(1), p.266-279.
LIDDAMENT, M., 1996.
A guide to energy efficient ventilation. Air Infiltration and
Ventilation Centre.
, Coventry (UK): Oscar Faber.
PERÉN, J.I., 2006.
Ventilação e iluminação naturais na obra de João Filgueiras Lima
“Lelé”: estudo dos hospitais da rede Sarah Kubitschek Fortaleza e Rio de
Janeiro
. São Paulo: Universidade de São Paulo, USP-São Carlos.
PERÉN, J.I., SANTOS, E.T. & LEITE, B.C.C., 2011. The influence of the sawtooth roof
geometry in building ventilation. In
Proceedings of URBENVIRON CAIRO 2011.
Cairo: HOUSING & BUILDING NATIONAL RESERCH CENTER OF EGYPT -
HBRC, 2011
. 4th International Congress on Environmental Planning and
Management - URBENVIRON 2011,una. Cairo and El-Gouna, Egito, p. 1-14.
RAMPONI, R. & BLOCKEN, B., 2012. CFD simulation of cross-ventilation for a generic
isolated building: Impact of computational parameters.
Building and Environment
,
53(0), p.34-48.
TOMINAGA, Y. et al., 2008. AIJ guidelines for practical applications of CFD to
pedestrian wind environment around buildings.
Journal of Wind Engineering and
Industrial Aerodynamics
, 96(10-11), p.1749-1761.
YANG, T., 2004.
CFD and field testing of a naturally ventiled full-scale building
.
Nottingham, UK.: University of Nottingham, School of Civil Engineering.