The 6th AIVC Conference - Ventilation strategies and measurement techniques was held in the Southern Netherlands, 16-19 September 1985.

Contains 32 papers.  

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Contains twenty seven papers from the sixth AIC Conference as follows: Ventilation, the balance between energy and well-being; The infiltration component of ventilation in New Zealand houses; Ventilation research and characterization in three type
AIVC
Measurement of air exchange rates, ages of air, and nominal and local ventilation efficiencies in large buildings is often complicated by the building size and compartmentalization, and by the presence of multiple ventilation systems.
Fisk W J, Binenboym J, Kaboli H, et al.
Although infiltration of outside air across the envelope of a building has been considered of prime interest in relation to energy conservation and indoor air quality, it also important to understand the way in which air moves between zones within
Walker R R
This paper reports the findings from tests undertaken in an untight, two-storey, brick-built detached test house.
Gale R, Sandberg M
If the energy losses due to ventilation have obviously become an important problem since the energy crisis, there is still a lot to be done with respect to the behaviours.
Meunier B, Van Houtte O.
A multicell air flow computer program is used to determine the influence of 1) open windows and 2) closed internal doors on the ventilation rate of a semi-detached house.
Perera M D A E S, Warren P R
This paper describes a series of ventilation measurements carried out in two small factory units situated on an industrial estate in Newport, South Wales.
Etheridge D W, Jones P J, O'Sullivan P E
As part of a programme to develop measurement methods for determining the ventilation rates of large buildings, we performed two series of tests in a single-celled laboratory with a volume of 600m3.
Lilly J P, Gale R
Airtightness measurements were carried out in ten typical Dutch dwelling complexes. In each complex four homes were measured. The IMG calculation model was used to calculate expected ventilation for these dwellings.
De Gids W F
Based on current concerns regarding indoor air quality and energy use, there is a need for in situ techniques for evaluating buildings' infiltration and ventilation characteristics. The U.S.
Persily A K, Grot R A
A survey is given of the sitution in The Netherlands with regard to ventilation and infiltration.
Knoll W H
Natural ventilation rates in bedrooms at night have been measured in retrofitted apartments. The measurements indicate clearly that air quality in bedrooms may be unacceptable in dwellings with an energy-efficient minimal ventilation rate.
Lundqvist G R
Air infiltration flows into different zones of a building can be measured with the constant concentration technique by injecting a metered amount of tracer gas t o hold the concentration of the gas constant.
Bohac D L, Harrje D T
The increasing awareness that indoor air quality aspects may restrict energy conservation by infiltration and ventilation measures has led to extensive investigations of different ventilation strategies.
Trepte L
Pacific Power and Light Company and Battelle PNW Laboratories have completed a project which investigated residential ventilation rates.
Zerba D A, Parker G B
In this paper ventilation of attics and crawl-spaces is investigated theoretically. Ventilation rates and temperatures of the spaces are calculated by means of flow balance procedures.
Kronvall J
It is often stated that advanced ventilation or air conditioning is expensive or energy-wasting. There are, however, several examples of highly energy-efficient air conditioning systems in industrial, commercial and public buildings.
Railio J
Reviews the papers on air infiltration and ventilation research presented at the ASHRAE annual meeting held in Honolulu, Hawaii, in June 1985.
Sherman M
The multiple tracer gas technique developed at UMIST has been applied to the measurement of roof-space ventilation rates and house to roof-space air movement, for various types and combinations of roof-space ventilation.
Edwards R E, Irwin C

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