AIRBASE is the Bibliographic Database of the AIVC. It contains publications and abstracts of articles related to energy efficient ventilation. Where possible, sufficient detail is supplied in the bibliographic details for users to trace and order the material via their own libraries. Topics include: ventilation strategies, design and retrofit methods, calculation techniques, standards and regulations, measurement methods, indoor air quality and energy implications etc. Entries are based on articles and reports published in journals, internal publications and research reports, produced both by university departments and by building research institutions throughout the world. AIRBASE has grown and evolved over many years (1979 to present day, over 22000 references and 16000 documents available online). For most of the references, the full document is also available online.

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Discusses pressure distribution on buildings. Describes wind tunnel tests on model buildings. Pressure distribution on walls were measured in a constant velocity field and in anartificially produced velocity gradient.
Baines W.D.
Describes both the macro and micro meteorological structure of strong winds in the earths boundary layer. Discusses the wind speed spectrum, characteristics of mean flow and gustiness and the structure of turbulence.
Davenport A.G.
Reviews some previous work on the measurement of wind pressures at full-scale. Deals with some of the problems arising.
Newberry C.W.
Sets out the similarity requirements which must be observed so that results of wind tunnel tests may be used to predict behaviour of full-scale prototypes in the natural wind. Discusses rigid models, suspension bridges, models of slender towers.
Whitbread R.E.
Describes experimental techniques used to produce turbulent boundary layers in a wind tunnel. Gives model law for velocity profile in a turbulent flow over a rough surface.
Franck N.
Describes a method for measuring the radon concentration of three litre samples of atmospheric air without pretreatment. Apparatus used consists of a 12 in. photomultiplier with 2ns (ag) phosphor and counting chamber.
Collinson A.J.L. Haque A.K.M.M.
Describes an instrument for the measurement of air infiltration into buildings.
Orr H.W.
Describes the ventilation of buildings by analogy with electric circuits and derives expressions for ventilation with and without flow through ducts in the roof. Finds that in general ventilation rate will vary linearly with wind velocity.
Smith C.
Describes experiments in a wind tunnel on a model of a tall building of rectangular plan to show the effects of variation in wind velocity with height and the variation of local wind pressures with angle of wind.
Bray B.G. de.
A study made to confirm the values given in german standard DIN 4701. considers theoretical natures of air permeability and the k-value as they concern windows.
Schule W.
Describes wind tunnel tests on cubical models with roof angles of 0, 15, 30 and 45 and on a wall placed in constant velocity and variable velocity air stream. Discusses the effect of velocity distribution on pressure distribution and wind loads.
Hamilton G.F.
Briefly reviews air leakage around windows. Discusses heat loss through windows, dependence of leakage on pressure difference across windows, effect of leakage on condensation.
Sasaki J.R. Wilson A.G.
Discusses the problems of sealing double glazing to reduce condensation between the panes. Describes sealed glazing unit and sealants used. Discusses causes of failures.
Wilson A.G. Solvason K.R.
Suggests use of an electron capture detector for the routine estimation of the SF6 content of a mixture of gases without preliminary chromatographic separation. Gives chromatogram illustrating method.
Gregory N.L.
Gives details of a method for determining the amount of radon emanating from a carbonate rock specimen. Analysis was first made with rock in solid form.
Gabrysh A.F. McKee N.D. Eyring H.
Discusses standards and testing procedures for window air and water tightness. Describes apparatus used at the Technical Centre for Wood.
Villiere M.
Describes experiments made to determine the air infiltration rate through revolving doors. Estimates infiltration by combining air leakage past the door seals with infiltration caused by the revolving of the door.
Schutrum L.F. Ozisik N. Baker J.T. Humphreys C.M.
Gives expression for the hourly air volume passing around a window due to pressure difference, and the total heat transference by infiltration. Describes tests made on site and in the laboratory on windows and discusses the resultant curves.
Schule W.