Difference between revisions of "TFW90-D"
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|Description= | |Description= | ||
|Advantages= | |Advantages= | ||
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|NameMin=TFW90-D (IES database) | |NameMin=TFW90-D (IES database) | ||
|NameMax=TFW85-D (IES database) | |NameMax=TFW85-D (IES database) | ||
| − | |MaterialMin | + | |MaterialMin= BRICKWORK (OUTER LEAF), Cavity, POLYURETHANE BOARD, Cavity , GYPSUM PLASTERBOARD |
| − | + | |MaterialMax=BRICKWORK (OUTER LEAF) | |
|DimensionsMin=L/W = na | |DimensionsMin=L/W = na | ||
|DimensionsMax=L/W = na | |DimensionsMax=L/W = na | ||
|ThicknessMin=0,323 | |ThicknessMin=0,323 | ||
|ThicknessMax=0,323 | |ThicknessMax=0,323 | ||
| − | |WeightMin=189 | + | |WeightMin=189.45 |
|WeightMax=183.1 | |WeightMax=183.1 | ||
|DensityMin=Can be derived from materials if needed | |DensityMin=Can be derived from materials if needed | ||
|DensityMax=Can be derived from materials if needed | |DensityMax=Can be derived from materials if needed | ||
| − | |U-Value - Thermal TransmittanceMin=0 | + | |U-Value - Thermal TransmittanceMin=0.4493 |
|U-Value - Thermal TransmittanceMax=0.5779 | |U-Value - Thermal TransmittanceMax=0.5779 | ||
|Annual Degradation Rate on U-ValueMin=+0.35% (estimated based on degradation of insulation) | |Annual Degradation Rate on U-ValueMin=+0.35% (estimated based on degradation of insulation) | ||
|Annual Degradation Rate on U-ValueMax=+0.35% (estimated based on degradation of insulation) | |Annual Degradation Rate on U-ValueMax=+0.35% (estimated based on degradation of insulation) | ||
| − | |R-ValueMin=2 | + | |R-ValueMin=2.233 |
|R-ValueMax=1.737 | |R-ValueMax=1.737 | ||
|Thermal ConductivityMin=Can be derived from materials if needed | |Thermal ConductivityMin=Can be derived from materials if needed | ||
|Thermal ConductivityMax=Can be derived from materials if needed | |Thermal ConductivityMax=Can be derived from materials if needed | ||
| − | |Specific Heat Capacity Thermal massMin=10 | + | |Specific Heat Capacity Thermal massMin=10.374 |
|Specific Heat Capacity Thermal massMax=10.374 | |Specific Heat Capacity Thermal massMax=10.374 | ||
|Solar Heat Gain CoefficientMin=na | |Solar Heat Gain CoefficientMin=na | ||
|Solar Heat Gain CoefficientMax=na | |Solar Heat Gain CoefficientMax=na | ||
| − | |Solar Absorption (outside surface)Min=0 | + | |Solar Absorption (outside surface)Min=0.6 |
|Solar Absorption (outside surface)Max=0.6 | |Solar Absorption (outside surface)Max=0.6 | ||
|OrientationMin=na | |OrientationMin=na | ||
Latest revision as of 09:37, 23 May 2017
[edit]
| Description | |
|---|---|
| Advantages | |
| Disadvantages | |
| Characteristic features | |
| Application barriers | |
| Information sources | |
| Image | |
| Trade: |
| Parameter | Minimal Value | Maximal Value | Unit |
|---|---|---|---|
| Name | |||
| Material |
BRICKWORK (OUTER LEAF), Cavity, POLYURETHANE BOARD, Cavity , GYPSUM PLASTERBOARD |
||
| Dimensions |
m | ||
| Thickness |
m | ||
| Weight |
kg/m² | ||
| Density |
kg/m³ | ||
| U-Value - Thermal Transmittance |
W/m2K | ||
| Annual Degradation Rate on U-Value |
% | ||
| R-Value | |||
| Thermal Conductivity |
W/mK | ||
| Specific Heat Capacity Thermal mass |
kJ/kgK kJ/(m2K) | ||
| Solar Heat Gain Coefficient |
% | ||
| Solar Absorption (outside surface) | |||
| Orientation | |||
| Investment Cost |
€/m2 | ||
| Operational Cost |
€/year | ||
| Replacement Cost |
€/year | ||
| Life Expectancy |
years |
| Deterioration | Description |
|---|---|
| Causes | |
| Parameter | |
| Degradation Rate | |
| Measurement |
| The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system. | 
|
BL(Ti)=0.788 
|
|---|
