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basics:building_physics_-_basics:thermal_bridges:thermal_bridge_definition

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basics:building_physics_-_basics:thermal_bridges:thermal_bridge_definition [2019/04/17 09:24] cblagojevicbasics:building_physics_-_basics:thermal_bridges:thermal_bridge_definition [2020/09/12 17:25] – [Effect on the building structure] wfeist
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 ==== Effect on the building structure ==== ==== Effect on the building structure ====
  
-[{{ :picprivate:corner.png?nolink&200|Mould in a corner of the building}}]+[{{ :picprivate:corner.png?nolink&200|Mould in a corner; this is caused by the thermal bridge - we won't allow for such bad design in a passive house, so we won't have that}}]
  
 Unlike with regular building components, at thermal bridges the heat flow density changes and usually results in a reduction in the surface temperature on the inside in that area. This effect is more pronounced because air circulation in corners and edges is restricted. Cupboards and other furniture not only disrupt convection but also restrict radiant exchange with the surroundings. Because the water vapour content of the air depends on its temperature, condensation may form on the affected areas.  Unlike with regular building components, at thermal bridges the heat flow density changes and usually results in a reduction in the surface temperature on the inside in that area. This effect is more pronounced because air circulation in corners and edges is restricted. Cupboards and other furniture not only disrupt convection but also restrict radiant exchange with the surroundings. Because the water vapour content of the air depends on its temperature, condensation may form on the affected areas. 
basics/building_physics_-_basics/thermal_bridges/thermal_bridge_definition.txt · Last modified: 2022/07/30 14:50 by wfeist