recordBuildingType

List of Mozart individual housing construction dates

Information

Record of Mozart monozone individual housing settings according to the date of construction

Hypothesis and equations

none

Bibliography

Site of the building stock library

Note H-E10-1996-02908-FR

Instructions for use

Detail of thermal bridge vectors :

  • TauPonts[1] and ValeursK[1] : exterior wall / exterior wall
  • TauPonts[2] and ValeursK[2] : exterior wall / supporting wall
  • TauPonts[3] and ValeursK[3] : exterior wall / floor
  • TauPonts[4] and ValeursK[4] : floor / crawlspace
  • TauPonts[5] and ValeursK[5] : supporting wall / floor
  • TauPonts[6] and ValeursK[6] : exterior wall / attic wall
  • TauPonts[7] and ValeursK[7] : attic wall / attic
  • TauPonts[8] and ValeursK[8] : door
  • TauPonts[9] and ValeursK[9] : windows

Known limits / Use precautions

none

Validations

Validated model - Alexandre Hautefeuille, Gilles Plessis, Amy Lindsay 04/2014

--------------------------------------------------------------
Licensed by EDF under a 3-clause BSD-license
Copyright © EDF 2009 - 2023
BuildSysPro version 3.6.0
Author : Alexandre HAUTEFEUILLE, Gilles PLESSIS, Amy LINDSAY, EDF (2014)
--------------------------------------------------------------

Parameters

TypeNameDefaultDescription
Walls › Exterior walls
BuildSysPro.Utilities.Records.GenericWallPlancherBasFloor
BuildSysPro.Utilities.Records.GenericWallParoiSousComblesAttic wall
BuildSysPro.Utilities.Records.GenericWallPorteDoor
BuildSysPro.Utilities.Records.GenericWallMurExterior wall
RealalphaExt0.3Absorption coefficient of exterior walls in the visible spectrum
Realeps0Emissivity of exterior walls for long wavelength radiation
Walls › Interior walls
BuildSysPro.Utilities.Records.GenericWallCloisonsPartition wall
BuildSysPro.Utilities.Records.GenericWallRefendsSupporting wall
BuildSysPro.Utilities.Records.GenericWallPorteIntInterior Door
Thermal flows › Surface exchange coefficients (Warning : take care to consider or not long wavelength radiation exchanges according to GLOEXT parameter)
Modelica.Units.SI.CoefficientOfHeatTransferhsExtVert25Surface exchange coefficient on the outer face of vertical walls
Modelica.Units.SI.CoefficientOfHeatTransferhsIntVert7.69Surface exchange coefficient on the inner face of vertical walls
Modelica.Units.SI.CoefficientOfHeatTransferhsIntHorHaut10Surface exchange coefficient on the inner face of horizontal walls when the thermal flow is upwards
Modelica.Units.SI.CoefficientOfHeatTransferhsIntHorBas5.88Surface exchange coefficient on the inner face of horizontal walls when the thermal flow is downwards
Windows
Modelica.Units.SI.CoefficientOfHeatTransferUvitrageAFCoefficient of heat transfert of the window with closing (conduction+convection)
Modelica.Units.SI.CoefficientOfHeatTransferUvitrageSFCoefficient of heat transfert of the window without closing (conduction+convection)
RealtransmissionMenuiserieFenetres(1 - 0.3)*0.9Light transmission due to window frame
RealtransmissionMenuiseriePortesFenetres(1 - 0.33)*0.9Light transmission due to French window frame
Realeps_vitrage0Emissivity in long wavelength radiation
Thermal flows › Air renewal
RealrenouvAirAir renewal rate in vol/h
Thermal bridges
Real[9]ValeursKK coefficient for each linear heat loss relating to a thermal bridge in [W/(m.K)]
Real[9]TauPontsTau reduction coefficient of each thermal bridge
Boundary conditions in temperature
RealbLNC0Weighting coefficient of boundary conditions in temperature for unheated rooms
RealbPlancherWeighting coefficient of boundary conditions in temperature for crawl space
RealbSousComblesWeighting coefficient of boundary conditions in temperature for attic