A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Innovative Retrofit Insulation Strategies for Concrete Masonry Foundations
This study was designed to test a new approach for foundation insulation retrofits, with the goal of demonstrating improved moisture control, improved occupant comfort, and reduced heat loss. Because conducting experimental research on existing below-grade assemblies is very difficult, most of the results are based on simulations. The retrofit approach consists of filling open concrete block cores with an insulating material and adding R-10 exterior insulation that extends 1 ft below grade. The core fill is designed to improve the R-value of the foundation wall and increase the interior wall surface temperature, but more importantly to block convection currents that could otherwise increase moisture loads on the foundation wall and interior space. The exterior insulation significantly reduces heat loss through the most exposed part of the foundation and further increases the interior wall surface temperature. This improves occupant comfort and decreases the risk of condensation. Such an insulation package avoids the full-depth excavation necessary for exterior insulation retrofits, reduces costs, and eliminates the moisture and indoor air quality risks associated with interior insulation retrofits. Retrofit costs for the proposed approach were estimated at roughly half those of a full-depth exterior insulation retrofit.
Innovative Retrofit Insulation Strategies for Concrete Masonry Foundations
This study was designed to test a new approach for foundation insulation retrofits, with the goal of demonstrating improved moisture control, improved occupant comfort, and reduced heat loss. Because conducting experimental research on existing below-grade assemblies is very difficult, most of the results are based on simulations. The retrofit approach consists of filling open concrete block cores with an insulating material and adding R-10 exterior insulation that extends 1 ft below grade. The core fill is designed to improve the R-value of the foundation wall and increase the interior wall surface temperature, but more importantly to block convection currents that could otherwise increase moisture loads on the foundation wall and interior space. The exterior insulation significantly reduces heat loss through the most exposed part of the foundation and further increases the interior wall surface temperature. This improves occupant comfort and decreases the risk of condensation. Such an insulation package avoids the full-depth excavation necessary for exterior insulation retrofits, reduces costs, and eliminates the moisture and indoor air quality risks associated with interior insulation retrofits. Retrofit costs for the proposed approach were estimated at roughly half those of a full-depth exterior insulation retrofit.
Innovative Retrofit Insulation Strategies for Concrete Masonry Foundations
P. Huelman (author) / L. Goldberg (author) / R. Jacobson (author)
2015
98 pages
Report
No indication
English
Energy Use, Supply, & Demand , Policies, Regulations & Studies , Energy conservation , Energy consumption , Residential buildings , Building America , Concrete block foundations , Core fill , Moisture in concrete blocks , Foundation heat loss , Wet basements , Cold basements , Foundation experimental research , Basements in cold climates , Moisture control , Occupant comfort , Heat loss reduction
Dynamic assessment of innovative retrofit techniques for masonry buildings
| British Library Online Contents | 2018
Dynamic assessment of innovative retrofit techniques for masonry buildings
| British Library Online Contents | 2018
Dynamic assessment of innovative retrofit techniques for masonry buildings
| British Library Online Contents | 2018
Dynamic assessment of innovative retrofit techniques for masonry buildings
| British Library Online Contents | 2018
Flat foundations -- Concrete, reinforced concrete, Masonry, etc
| Engineering Index Backfile | 1920