TY - RPRT
T1 - Building envelope for New Buildings and Energy Renovation of
Existing Buildings. Project results
T2 - Status for the period 1996-1998
AU - Rudbeck, Claus Christian
AU - Rose, Jørgen
AU - Esbensen, Peter Kjær
AU - Svendsen, Sv Aa Højgaard
PY - 1999
Y1 - 1999
N2 - At the energy conference in 1995, Denmark agreed on reducing the
total CO2-emission by 20%. To achieve this goal, it is necessary
to increase thermal insulation thickness both in new and
retrofitted buildings.This will, for both cases, impose a series
of building physics problems, as the knowledge of heat- and
moistureflow is insufficiently documented for large insulation
thicknesses. Thermal bridges, for instance, plays a larger role
for the overall heat loss in these constructions, and moisture in
insulation materials will decrease the overall performance of the
construction.Due to these facts, a group of scientists at the
Department of Buildings and Energy, Technical University of
Denmark, have started a research project to develop better
solutions for new building and energy renovation.The publication
report the status after the first 3 year of the Building Envelope
Project with emphasis on the following subjects:Scientific basis
for calculation programs, Development of calculationsmethods for
heat transfer, Development of new building envelope components,
Roofing system based on wooden roof elements, Roofing system with
drying properties, Moisture uptake and drying from brick
constructions, External insulation systems for facades, Integral
Building Envelope Performance Assessment
AB - At the energy conference in 1995, Denmark agreed on reducing the
total CO2-emission by 20%. To achieve this goal, it is necessary
to increase thermal insulation thickness both in new and
retrofitted buildings.This will, for both cases, impose a series
of building physics problems, as the knowledge of heat- and
moistureflow is insufficiently documented for large insulation
thicknesses. Thermal bridges, for instance, plays a larger role
for the overall heat loss in these constructions, and moisture in
insulation materials will decrease the overall performance of the
construction.Due to these facts, a group of scientists at the
Department of Buildings and Energy, Technical University of
Denmark, have started a research project to develop better
solutions for new building and energy renovation.The publication
report the status after the first 3 year of the Building Envelope
Project with emphasis on the following subjects:Scientific basis
for calculation programs, Development of calculationsmethods for
heat transfer, Development of new building envelope components,
Roofing system based on wooden roof elements, Roofing system with
drying properties, Moisture uptake and drying from brick
constructions, External insulation systems for facades, Integral
Building Envelope Performance Assessment
M3 - Rapport
BT - Building envelope for New Buildings and Energy Renovation of
Existing Buildings. Project results
ER -