Buch, Softcover, The influence of discomfort glare is often underestimated in daylighting design and in the use of buildings. Many façade solutions are intended to increase the amount of … Mehr…
Buch, Softcover, The influence of discomfort glare is often underestimated in daylighting design and in the use of buildings. Many façade solutions are intended to increase the amount of daylight penetrating the room and creating a glare free environment at the same time. But as soon as a planning process comes to the point to quantify the glare freeness of a solution, the question of suitable glare measure arises.To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are designed and carried out at two sites using different Venetian blinds and a foil system. For the evaluation of high dynamic digital images, a new tool "evalglare" is developed.The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all.On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare.The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment of daylight glare for a full year data set within a design process. For the evaluation, a glare rating classification based on simulations and frequency distributions is proposed. [PU: Fraunhofer Verlag], Seiten: 132, Fraunhofer Verlag, 2010<
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[ED: Taschenbuch], [PU: Fraunhofer Irb Stuttgart], To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms a… Mehr…
[ED: Taschenbuch], [PU: Fraunhofer Irb Stuttgart], To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic digital images, a new tool "evalglare" is developed. The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all. On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare. The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment for a full year data set., [SC: 0.00]<
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To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic … Mehr…
To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic digital images, a new tool evalglare is developed. The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all. On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare. The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment for a Wärme-, Energie- & Kraftwerktechnik<
Buch, Softcover, The influence of discomfort glare is often underestimated in daylighting design and in the use of buildings. Many façade solutions are intended to increase the amount of … Mehr…
Buch, Softcover, The influence of discomfort glare is often underestimated in daylighting design and in the use of buildings. Many façade solutions are intended to increase the amount of daylight penetrating the room and creating a glare free environment at the same time. But as soon as a planning process comes to the point to quantify the glare freeness of a solution, the question of suitable glare measure arises.To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are designed and carried out at two sites using different Venetian blinds and a foil system. For the evaluation of high dynamic digital images, a new tool "evalglare" is developed.The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all.On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare.The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment of daylight glare for a full year data set within a design process. For the evaluation, a glare rating classification based on simulations and frequency distributions is proposed. [PU: Fraunhofer Verlag], Seiten: 132, Fraunhofer Verlag, 2010<
[ED: Taschenbuch], [PU: Fraunhofer Irb Stuttgart], To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms a… Mehr…
[ED: Taschenbuch], [PU: Fraunhofer Irb Stuttgart], To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic digital images, a new tool "evalglare" is developed. The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all. On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare. The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment for a full year data set., [SC: 0.00]<
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To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic … Mehr…
To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic digital images, a new tool evalglare is developed. The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all. On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare. The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment for a Wärme-, Energie- & Kraftwerktechnik<
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To analyze the reliability of existing glare rating methods, user assessments under real daylight conditions in office like test rooms are carried out. For the evaluation of high dynamic digital images, a new tool "evalglare" is developed. The existing glare rating models show moderate or poor correlations with the user's perception of glare. The window luminance as single glare descriptor exhibits no correlation at all. On the basis of the user assessments a new daylight glare rating - the daylight glare probability DGP - is developed and validated. The DGP describes the probability that a person is disturbed by daylight glare. The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment for a full year data set.
Detailangaben zum Buch - Daylight Glare in Offices.
Buch in der Datenbank seit 2011-05-08T16:29:28+02:00 (Berlin) Detailseite zuletzt geändert am 2021-07-27T19:57:14+02:00 (Berlin) ISBN/EAN: 9783839601624
ISBN - alternative Schreibweisen: 3-8396-0162-2, 978-3-8396-0162-4 Alternative Schreibweisen und verwandte Suchbegriffe: Autor des Buches: wienold Titel des Buches: glar
Daten vom Verlag:
Autor/in: Jan Wienold Titel: Daylight Glare in Offices. Verlag: Fraunhofer Verlag 132 Seiten Erscheinungsjahr: 2010-09-20 Stuttgart; DE Gedruckt / Hergestellt in Deutschland. Sprache: Englisch 33,00 € (DE) 55,50 CHF (CH) Not available, other format available num. illus.
BC; Hardcover, Softcover / Technik/Wärmetechnik, Energietechnik, Kraftwerktechnik; Optische Physik; Verstehen; Ingenieurwissenschaften; Fraunhofer ISE; Thermische Anlagen und Gebäudetechnik; Energieeffiziente Gebäude; Angewandte Optik und funktionale Oberflächen; Fassaden und Fenster; Lichttechnik; Forschung; Gebäudeplaner; Alternative und erneuerbare Energiequellen und -technik
The DGP is also used as a basic glare descriptor for new climate based glare evaluation methods, which enables an assessment for a full year data set.
