Difference between revisions of "Sand"

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|DimensionsMin=L/W = na
 
|DimensionsMin=L/W = na
 
|DimensionsMax=L/W =
 
|DimensionsMax=L/W =
|ThicknessMin=1,46
+
|ThicknessMin=1.46
 
|ThicknessMax=
 
|ThicknessMax=
|WeightMin=2714,15
+
|WeightMin=2714.15
 
|WeightMax=
 
|WeightMax=
 
|DensityMin=Can be derived from materials if needed
 
|DensityMin=Can be derived from materials if needed
 
|DensityMax=
 
|DensityMax=
|U-Value - Thermal TransmittanceMin=0,1252
+
|U-Value - Thermal TransmittanceMin=0.1252
 
|U-Value - Thermal TransmittanceMax=
 
|U-Value - Thermal TransmittanceMax=
 
|Annual Degradation Rate on U-ValueMin=+0.05% (estimated based on degradation of insulation)
 
|Annual Degradation Rate on U-ValueMin=+0.05% (estimated based on degradation of insulation)
 
|Annual Degradation Rate on U-ValueMax=
 
|Annual Degradation Rate on U-ValueMax=
|R-ValueMin=7,991
+
|R-ValueMin=7.991
 
|R-ValueMax=
 
|R-ValueMax=
 
|Thermal ConductivityMin=Can be derived from materials if needed
 
|Thermal ConductivityMin=Can be derived from materials if needed
 
|Thermal ConductivityMax=
 
|Thermal ConductivityMax=
|Specific Heat Capacity Thermal massMin=176,4
+
|Specific Heat Capacity Thermal massMin=176.4
 
|Specific Heat Capacity Thermal massMax=
 
|Specific Heat Capacity Thermal massMax=
 
|Solar Heat Gain CoefficientMin=na
 
|Solar Heat Gain CoefficientMin=na
 
|Solar Heat Gain CoefficientMax=
 
|Solar Heat Gain CoefficientMax=
|Solar Absorption (outside surface)Min=0,7
+
|Solar Absorption (outside surface)Min=0.7
 
|Solar Absorption (outside surface)Max=
 
|Solar Absorption (outside surface)Max=
 
|OrientationMin=na
 
|OrientationMin=na

Latest revision as of 10:37, 23 May 2017


[edit]
Description
Advantages
Disadvantages
Characteristic features
Application barriers
Information sources
Image
Trade:
Parameter Minimal Value Maximal Value Unit
Name

W261 (IES database)

Material

Expanded polystyrene (CIBSE), SAND, CAST CONCRETE (MEDIUM)

Dimensions

L/W = na

L/W =

m

Thickness

1.46

m

Weight

2714.15

kg/m²

Density

Can be derived from materials if needed

kg/m³

U-Value - Thermal Transmittance

0.1252

W/m2K

Annual Degradation Rate on U-Value

+0.05% (estimated based on degradation of insulation)

%

R-Value

7.991

Thermal Conductivity

Can be derived from materials if needed

W/mK

Specific Heat Capacity Thermal mass

176.4

kJ/kgK kJ/(m2K)

Solar Heat Gain Coefficient

na

%

Solar Absorption (outside surface)

0.7

Orientation

na

Investment Cost

100-300 (estimated)

€/m2

Operational Cost

na

€/year

Replacement Cost

na

€/year

Life Expectancy

50 (building component life expectancy source)

years

Deterioration Description
Causes
Parameter
Degradation Rate
Measurement


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