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Thermal Bridging Modelling
In addition to the heat flow usually transmitted through the building envelope due to air leakage for example, multi directional heat flows are made by thermal bridges. Due to these three dimensional heat flow paths, it is difficult to use traditional area weighted averaging to get the accurate effects of a thermal bridge. The heat loss contribution of thermal bridging on expected building envelope performance is calculated most accurately using thermal modelling. Moreover, whole building energy modelling used for performance based compliance to achieve LEED EA credit, becomes more precise as a result.
Please contact us for more information on our Thermal Bridging Modelling
In addition to the heat flow usually transmitted through the building envelope due to air leakage for example, multi directional heat flows are made by thermal bridges. Due to these three dimensional heat flow paths, it is difficult to use traditional area weighted averaging to get the accurate effects of a thermal bridge. The heat loss contribution of thermal bridging on expected building envelope performance is calculated most accurately using thermal modelling. Moreover, whole building energy modelling used for performance based compliance to achieve LEED EA credit, becomes more precise as a result.
Please contact us for more information on our Thermal Bridging Modelling
For more information on Thermal Bridging Modelling talk to Armatherm
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