For some thermal bridges (ie studs in a
frame construction) you can use the “composite walls constructions”
see pag
For linear thermal bridges (ie intersection
between floor and façade) an alternative way is introducing “small”
sub-surfaces (type door) having the same thermal transmision than you can calculate
with a 2D (or 3D) model.
It will be great if on E+ was possible to
include directly lengths with its linear thermal transmittance.
Josep Solé
URSA Insulation S.A-
URALITA
European Sustainibility & Technical Manager
Móvil +34 606 42 32 14
P URALITA / URSA se compromete
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De:
EnergyPlus_Support@xxxxxxxxxxxxxxx [mailto:EnergyPlus_Support@xxxxxxxxxxxxxxx] En nombre de Emanuele Naboni
Enviado el: lunes, 21 de diciembre
de 2009 14:55
Para:
EnergyPlus_Support@xxxxxxxxxxxxxxx
Asunto: [EnergyPlus_Support]
thermal bridging
Dear All,
Just a question: how is EnergyPlus able to take in account thermal
bridging?
I read trough the reference guide that for example for windows there is
a coefficient to consider different conductanc
Are there any calculation that takes this in account when 2 different
assembly are attached? what could be a good way to consider both geometric and
thermal bridging.
Thank you.
Emanuele
--
Emanuele Naboni
per l'Italia: 346.4133337
from US: +39.346.4133337
skype: emanuelenaboni
www.emanuele-
sustainable design consultant - consulente per la sostenibilita' di tecnologie,
edifici e citta'
MArch, PhD Building Science, LEED AP, EU licensed architect
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