planning:refurbishment_with_passive_house_components:thermal_envelope:improving_thermal_bridges_and_airtightness_in_existing_buildings
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planning:refurbishment_with_passive_house_components:thermal_envelope:improving_thermal_bridges_and_airtightness_in_existing_buildings [2019/03/20 09:59] – cblagojevic | planning:refurbishment_with_passive_house_components:thermal_envelope:improving_thermal_bridges_and_airtightness_in_existing_buildings [2019/03/20 09:59] (current) – [Literature] cblagojevic | ||
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Thermal bridge free design; Protocol Volume No. 16 of the Research Group for Cost-effective Passive Houses Phase II; Passive House Institute; Darmstadt 1999 | Thermal bridge free design; Protocol Volume No. 16 of the Research Group for Cost-effective Passive Houses Phase II; Passive House Institute; Darmstadt 1999 | ||
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**[AkkP 21]** Architekturbeispiele: | **[AkkP 21]** Architekturbeispiele: | ||
Architectural Examples: Residential buildings; Protocol Volume No. 21 of the Research Group for Cost-effective Passive Houses Phase III; Passive House Institute; Darmstadt 2002. | Architectural Examples: Residential buildings; Protocol Volume No. 21 of the Research Group for Cost-effective Passive Houses Phase III; Passive House Institute; Darmstadt 2002. | ||
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**[Feist 2002]** Feist, | **[Feist 2002]** Feist, | ||
Feist, W.; John, M.; Pfluger, R.: Building physics monitoring of the construction project Jean-Paul-Platz 4 in Nuremberg, on behalf of the wbg Nürnberg mbH, October 2002. | Feist, W.; John, M.; Pfluger, R.: Building physics monitoring of the construction project Jean-Paul-Platz 4 in Nuremberg, on behalf of the wbg Nürnberg mbH, October 2002. | ||
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**[Hauser 2001]** Hauser, | **[Hauser 2001]** Hauser, | ||
Hauser, G.: Thermal bridges in existing buildings, by the specialists’ association for energy marketing and applications (HEA) e.V. at VDEW, 1st edition, Frankfurt am Main, April 2001 | Hauser, G.: Thermal bridges in existing buildings, by the specialists’ association for energy marketing and applications (HEA) e.V. at VDEW, 1st edition, Frankfurt am Main, April 2001 | ||
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**[Geyer 2003]** Geyer, | **[Geyer 2003]** Geyer, | ||
Geyer, Ch.: Thermal protection of an exterior wall corner above a basement – Analysis and refurbishment of a case of building damage, Bauphysik 25, Issue 2, April 2003 | Geyer, Ch.: Thermal protection of an exterior wall corner above a basement – Analysis and refurbishment of a case of building damage, Bauphysik 25, Issue 2, April 2003 | ||
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**[Raisch 1928]** Raisch, | **[Raisch 1928]** Raisch, | ||
Raisch, E.: Air permeability of building materials and structures, gi 30 (1928). | Raisch, E.: Air permeability of building materials and structures, gi 30 (1928). | ||
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**[Sedlbauer 2002]** Sedlbauer, | **[Sedlbauer 2002]** Sedlbauer, | ||
Sedlbauer, K.; Gabrio, Th.; Krus, M.: Mould fungus – risk to health and forecast; Gesundheits¬ingenieur 123(2002), Issue 6, S. 285ff | Sedlbauer, K.; Gabrio, Th.; Krus, M.: Mould fungus – risk to health and forecast; Gesundheits¬ingenieur 123(2002), Issue 6, S. 285ff | ||
planning/refurbishment_with_passive_house_components/thermal_envelope/improving_thermal_bridges_and_airtightness_in_existing_buildings.txt · Last modified: 2019/03/20 09:59 by cblagojevic