Thermal Bridging- Page 2 of 3
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Five Types of R-Value
There’s a lot more to insulation than the number on the package
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The Case for Continuous Insulation
Building codes now recognize the increasing use of exterior rigid foam insulation
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Walls With Interior Rigid Foam
When remodeling an older home, it sometimes makes sense to install rigid foam on the interior side of exterior walls
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The Fundamentals of Series and Parallel Heat Flow
The R-value of a building assembly depends on how heat can flow through it
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Placing a Concrete Foundation on Rigid Foam Insulation
Careful coordination makes site prep and foundation work proceed smoothly at the Orchards at Orenco project in Oregon
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New GBA Details for ‘Juliet’ Balconies
If you’re planning a second-floor balcony, use these details to avoid thermal bridging and moisture entry problems
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What is Thermal Bridging?
Why R-19 is never R-19
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The Thermal Bridge to Nowhere
How poor design affects heat transfer, comfort, and moisture problems
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Building With Steel Framing
Is there a place for this thermally conductive material in high-performance buildings?
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Thermal Bridging: How It Works
Thermal bridges waste energy, create cold spots on walls and ceilings, and can encourage interior condensation