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Resumé

Frequent discussions of double skin façade energy performance have started a dialogue about the methods, models and tools for simulation of double façade systems and reliability of their results. Their reliability will increase with empirical validation of the software. Detailed experimental work was carried out in a full scale test facility ‘The Cube’, in order to compile three sets of high quality experimental data for validation purposes. The data sets are available for preheating mode, external air curtain mode and transparent insulation mode. The objective of this article is to provide the reader with all information about the experimental data and measurements, necessary to complete an independent empirical validation of any simulation tool. The article includes detailed information about the experimental apparatus, experimental principles and experimental full-scale test facility ‘The Cube’. This covers such problem areas as measurements of naturally induced air flow, measurements of air temperature under direct solar radiation exposure, etc. Finally, in order to create a solid foundation for software validation, the uncertainty and limitations in the experimental results are discussed. In part II of this paper the reader will be introduced to the experimental results, and their analysis
OriginalsprogEngelsk
Udgivelses stedAalborg
ForlagDepartment of Civil Engineering, Aalborg University
Antal sider23
StatusUdgivet - 2014
NavnDCE Technical Memorandum
Nummer39
ISSN1901-7278

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Facades
Test facilities
Insulation
Skin
Air curtains
Boundary conditions
Preheating
Flow measurement
Air
Solar radiation
Temperature
Uncertainty

Emneord

  • Full-scale measurement
  • Air temperature
  • Temperature profiles
  • Cooling and heating load
  • Solar radiation
  • Wind speed

Citer dette

Larsen, O. K., Heiselberg, P., & Jensen, R. L. (2014). Experimental data and boundary conditions for a Double - Skin Facade building in transparent insulation mode. Aalborg: Department of Civil Engineering, Aalborg University. DCE Technical Memorandum, Nr. 39
Larsen, Olena Kalyanova ; Heiselberg, Per ; Jensen, Rasmus Lund. / Experimental data and boundary conditions for a Double - Skin Facade building in transparent insulation mode. Aalborg : Department of Civil Engineering, Aalborg University, 2014. 23 s. (DCE Technical Memorandum; Nr. 39).
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Larsen, OK, Heiselberg, P & Jensen, RL 2014, Experimental data and boundary conditions for a Double - Skin Facade building in transparent insulation mode. DCE Technical Memorandum, nr. 39, Department of Civil Engineering, Aalborg University, Aalborg.

Experimental data and boundary conditions for a Double - Skin Facade building in transparent insulation mode. / Larsen, Olena Kalyanova; Heiselberg, Per; Jensen, Rasmus Lund.

Aalborg : Department of Civil Engineering, Aalborg University, 2014. 23 s. (DCE Technical Memorandum; Nr. 39).

Publikation: Bog/antologi/afhandling/rapportRapportForskning

TY - RPRT

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AU - Heiselberg, Per

AU - Jensen, Rasmus Lund

PY - 2014

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N2 - Frequent discussions of double skin façade energy performance have started a dialogue about the methods, models and tools for simulation of double façade systems and reliability of their results. Their reliability will increase with empirical validation of the software. Detailed experimental work was carried out in a full scale test facility ‘The Cube’, in order to compile three sets of high quality experimental data for validation purposes. The data sets are available for preheating mode, external air curtain mode and transparent insulation mode. The objective of this article is to provide the reader with all information about the experimental data and measurements, necessary to complete an independent empirical validation of any simulation tool. The article includes detailed information about the experimental apparatus, experimental principles and experimental full-scale test facility ‘The Cube’. This covers such problem areas as measurements of naturally induced air flow, measurements of air temperature under direct solar radiation exposure, etc. Finally, in order to create a solid foundation for software validation, the uncertainty and limitations in the experimental results are discussed. In part II of this paper the reader will be introduced to the experimental results, and their analysis

AB - Frequent discussions of double skin façade energy performance have started a dialogue about the methods, models and tools for simulation of double façade systems and reliability of their results. Their reliability will increase with empirical validation of the software. Detailed experimental work was carried out in a full scale test facility ‘The Cube’, in order to compile three sets of high quality experimental data for validation purposes. The data sets are available for preheating mode, external air curtain mode and transparent insulation mode. The objective of this article is to provide the reader with all information about the experimental data and measurements, necessary to complete an independent empirical validation of any simulation tool. The article includes detailed information about the experimental apparatus, experimental principles and experimental full-scale test facility ‘The Cube’. This covers such problem areas as measurements of naturally induced air flow, measurements of air temperature under direct solar radiation exposure, etc. Finally, in order to create a solid foundation for software validation, the uncertainty and limitations in the experimental results are discussed. In part II of this paper the reader will be introduced to the experimental results, and their analysis

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KW - Air temperature

KW - Temperature profiles

KW - Cooling and heating load

KW - Solar radiation

KW - Wind speed

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KW - Air temperature

KW - Temperature profiles

KW - Cooling and heating load

KW - Solar radiation

KW - Wind speed

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Larsen OK, Heiselberg P, Jensen RL. Experimental data and boundary conditions for a Double - Skin Facade building in transparent insulation mode. Aalborg: Department of Civil Engineering, Aalborg University, 2014. 23 s. (DCE Technical Memorandum; Nr. 39).