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Abstract
To better understand energy efficiency features and their interaction with moisture and ultimately durability, Oak Ridge National Laboratory (ORNL) has established a new experimental facility and initiated several studies, including an examination of the relationship between air tightness and moisture durability, hygrothermal performance of below grad construction as a function of soil type and moisture levels associated with cool roofs.
To better understand energy efficiency features and their interaction with moisture and ultimately durability, Oak Ridge National Laboratory (ORNL) has established a new experimental facility and initiated several studies, including an examination of the relationship between air tightness and moisture durability, hygrothermal performance of below grad construction as a function of soil type and moisture levels associated with cool roofs.
Date
11/2013
11/2013
Author(s)
Oak Ridge National Laboratory
Oak Ridge National Laboratory
Page(s)
1-7
1-7
Source
Oak Ridge National Lab
Oak Ridge National Lab
Keyword(s)
durability; building; envelope; oak ridge; moisture; accumulation; removal; assembly
durability; building; envelope; oak ridge; moisture; accumulation; removal; assembly