Bibliographic database Airbase
Bibliographic database Airbase
AIRBASE is the Bibliographic Database of the AIVC. It contains abstracts of articles and publications 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
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 20000 references and 5600 documents available online).
For some references, the full document is also available online (only available for subscribers).
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22504 items found.
The air infiltration of a building, which fundamentally depends on its airtightness, can be a significant contributor to its heat loss.
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The implementation of the Energy Performance of Buildings Directive 2010/31/EU recast puts increasing pressure to achieve better building and ductwork airtightness.
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From September 2015 to March 2016, UTC engaged in a major refurbishment of its Design and Research Center located in Culoz (France).
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A systematic and efficient strategy is needed to assess and manage the potential risks to human health that arise from the manufacture and use of thousands of chemicals.
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In March 2016 a new regulation came into force in Belgium regarding the wellbeing at work, with specific requirements on the indoor air quality (IAQ).
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With 35 years of existence and more than 10 million equipped dwellings, mechanical humidity-based demand-controlled ventilation (RH-DCV) can provide a comprehensive feedback on installation, aging, and maintenance of its components.
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Duct leakage airflow in existing ductwork can reach values of over 20% of the design air handling unit (AHU) airflow, undermining efficiency and effectiveness of HVAC systems.
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Since the 1970s, many authors have discussed the impact of poor airtightness on building energy use, indoor air quality, building damage, or noise transmission (Carrié and Rosenthal, 2008) (Tamura, 1975) (Sherman and Chan, 2006) (Orr and Figley, 1
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As a result of new inquiries in 20 countries the ventilation requirements will be presented for different rooms in dwellings, offices and schools.
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Over the course of the four-year research project of the IEA EBC Annex 62, Ventilative Cooling (VC) has been proven a robust and highly energy efficient solution to support summer comfort in both residential and commercial buildings.
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Most of the degradation of works of art in historic buildings is caused by unfavourable indoor climate conditions.
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Airtightness is the most important property of building envelopes to understand the ventilation. Airtightness refers to the flow measurement through the building envelope as a function of pressure across the building envelope.
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In order to provide patients with a high quality indoor environment and ensure a pleasant working place for medical care personnel, thermal environment and indoor air quality are regarded as two of the most important requirements.
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Amid the contaminant issues, air pollution has awakened more interest due to its potential health risk and its direct effect on human productivity.
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Demand controlled ventilation systems are representing a large majority of installations in France. They are commonly used for more than 35 years.
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Ventilative cooling (VC) is an application (distribution in time and space) of air flow rates to reduce cooling loads in spaces using outside air driven by natural, mechanical or hybrid ventilation strategies.
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Even in Northern European climates, overheating in many Nearly Zero Energy Buildings is a barrier to year round occupant satisfaction with the indoor thermal environment.
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The communication presents the Technical Appraisal Procedure followed in France for Demand-Controlled ventilation systems through the illustration of the use of a thermo-hygro-aeraulic nodal model called MATHIS developed by CSTB.
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The test lecture rooms of KU Leuven Ghent Technology Campus are one the demonstration cases of IEA EBC Annex 62: Ventilative Cooling.
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This paper presents the results of a series of 30 fan pressurization tests in reproducibility conditions performed within a period of 10 days in October 2017. The tested unit is a newly constructed unoccupied apartment in Brussels.
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