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Moisture & Thermal Protection
Thermal insulation provides the required resistance to heat flow through the roof assembly. The thermal insulation consists of moisture‐resistant extruded polystyrene boards laid loosely or adhered to the roofing membrane. A moisture barrier and bonding agent may be applied between the concrete and stone to prevent concrete salts from staining the stonework. Exterior insulation and finish systems are available for cladding the exterior of new structures as well as insulating and refacing existing buildings. A damp‐proof course is required to retard the migration of ground moisture through a rising wall. Many traditional buildings and materials are designed to be ‘vapour open’. All building materials expand and contract in response to normal changes in temperature. Some also swell and shrink with changes in moisture content, while others deflect under loading.
Moisture & Thermal Protection
Thermal insulation provides the required resistance to heat flow through the roof assembly. The thermal insulation consists of moisture‐resistant extruded polystyrene boards laid loosely or adhered to the roofing membrane. A moisture barrier and bonding agent may be applied between the concrete and stone to prevent concrete salts from staining the stonework. Exterior insulation and finish systems are available for cladding the exterior of new structures as well as insulating and refacing existing buildings. A damp‐proof course is required to retard the migration of ground moisture through a rising wall. Many traditional buildings and materials are designed to be ‘vapour open’. All building materials expand and contract in response to normal changes in temperature. Some also swell and shrink with changes in moisture content, while others deflect under loading.
Moisture & Thermal Protection
Ching, Francis DK (Autor:in) / Mulville, Mark (Autor:in)
European Building Construction Illustrated ; 7.01-7.51
21.04.2014
51 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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