Raumklimauntersuchung im „schweren” Goldenen Saal in Nürnberg und in der „leichten” Glaseinhausung der Busmannkapelle in Dresden

Research output: Contribution to specialist publicationFeature article/Contribution (Feuilleton)Contributedpeer-review

Contributors

Abstract

Indoor climate study in the ”heavy“ Golden Hall in Nuremberg and in the ”light“ glass enclosure of the Busmann Chapel in Dresden. On the basis of the simplified energy and moisture balance of a building the model and program CLIMT (Climate-Indoor-Moisture-Temperature) for the practicable calculation of the indoor air temperature and relative humidity has been developed. Moreover the climatic generator CLIG is an userfriendly program in order to generate binary climatic dates (hourly values of temperature, relative humidity, shortwave direct radiation on chosen freely surfaces etc.) The results have been validated with hourly values of measurements in actual buildings in Germany: The ”Golden hall“ below the ”Zeppelin terrace“ in renovation since 2015 by the city building department Nuremberg and the glass housing around the Busmann chapel replica in Dresden. The correlation between calculation and measurement of temperature and humidity is nearly perfect. That is important for the planning of rehabilitation measures and the using of both buildings as museal spaces.

Translated title of the contribution
Indoor climate study in the "heavy" Golden Hall in Nuremberg and in the "light" glass enclosure of the Busmann Chapel in Dresden

Details

Original languageGerman
Pages113-125
Number of pages13
Volume44
Issue number3
JournalBauphysik
Publication statusPublished - Jun 2022
Peer-reviewedYes
No renderer: customAssociatesEventsRenderPortal,dk.atira.pure.api.shared.model.researchoutput.ContributionToPeriodical

External IDs

unpaywall 10.1002/bapi.202200008
Mendeley 1ca7e968-6aa3-3e62-a80d-858bd57d6183

Keywords

Sustainable Development Goals

Keywords

  • building with public traffic, Calculation methods, global radiation, heat flow balance, heat output curve, humidity balance, Indoor climate, Reconstruction, room climate, time behaviour, Calculation methods, Indoor climate, Reconstruction, building with public traffic, global radiation, heat flow balance, heat output curve, humidity balance, room climate, time behaviour