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Measured effects of dust on the performance of radiant barriers installed on top of attic insulation
The rate of dust accumulation and the effect of this dust accumulation on a horizontal radiant barrier (HRB) is of special interest because a HRB may perform better in both summer and winter than a truss radiant barrier (TRB), a HRB is much easier to install for retrofits in existing homes, and a HRB requires less radiant barrier (RB) material than a TRB. However, a HRB has two important potential disadvantages -- condensation during winter which might cause structural damage and dust accumulation which could significantly degrade thermal performance. Results of a winter moisture field test have been reported previously by the authors of this paper. 16 refs., 10 figs., 10 tabs.
Measured effects of dust on the performance of radiant barriers installed on top of attic insulation
The rate of dust accumulation and the effect of this dust accumulation on a horizontal radiant barrier (HRB) is of special interest because a HRB may perform better in both summer and winter than a truss radiant barrier (TRB), a HRB is much easier to install for retrofits in existing homes, and a HRB requires less radiant barrier (RB) material than a TRB. However, a HRB has two important potential disadvantages -- condensation during winter which might cause structural damage and dust accumulation which could significantly degrade thermal performance. Results of a winter moisture field test have been reported previously by the authors of this paper. 16 refs., 10 figs., 10 tabs.
Measured effects of dust on the performance of radiant barriers installed on top of attic insulation
W. P. Levins (Autor:in) / J. A. Hall (Autor:in)
1990
29 pages
Report
Keine Angabe
Englisch
Energy Use, Supply, & Demand , Construction Materials, Components, & Equipment , Dusts , Thermal Insulation , Arizona , Buildings , Buildup , Calibration , Ceilings , Comparative Evaluations , Cooling Systems , Data Processing , Design , Energy Efficiency , Fiberglass , Heat Flux , Heat Transfer , Installation , Load Analysis , Measuring Instruments , Measuring Methods , Modifications , Performance Testing , Power Demand , Recommendations , Sampling , Solar Radiation , Statistical Models , Surface Properties , Tennessee , Tennessee Valley Authority , Thermocouples , Variations , Vents , Weather , Meetings , EDB/320107 , EDB/296000
Measured Effects of Dust on the Performance of Radiant Barriers Installed on Top of Attic Insulation
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