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Building biology / Thermodynamics / Building engineering / Atmospheric thermodynamics / Psychrometrics / Ventilation / Indoor air quality / HVAC / Humidity / Architecture / Construction / Heating / ventilating / and air conditioning


SIMULATION OF WHOLE-BUILDING HYGROTHERMAL CONDITIONS Karl Grau, Danish Building and Urban Research, 2970 Hørsholm, Denmark, Carsten Rode, Technical University of Denmark, 2800 Lyngby, Denmark,
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Document Date: 2012-11-14 17:43:08

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File Size: 279,57 KB

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City

Helsinki / Hørsholm / /

Company

Air-Conditioning Engineers Inc / Birch & Krogboe A/S / /

Country

Japan / Denmark / /

/

Facility

Technical University of Denmark’s International Centre / Building Materials / Danish Building / Technical University of Denmark / Building Simulation / BUILDING HYGROTHERMAL CONDITIONS Karl Grau / International Centre / Tohoku University / /

IndustryTerm

energy balance / energy consumption / car@byg.dtu.dk / ventilation systems / integrated building simulation tool / thermal simulation tools / computational design tool / building materials / adjacent building materials / typical building materials / /

Organization

Technical University of Denmark / Technical Research Council of Denmark / Danish Energy Agency / Tohoku University / Danish Ministry of Environment and Energy / American Society of Heating / Technical University of Denmark’s International Centre for Indoor Environment and Energy / /

Person

Carsten Rode / Carl Bro / /

Position

numerical model for whole building hygrothermal analysis / /

Region

Nordic Countries / /

Technology

radiation / sorption / condensation / heat transfer / SIMULATION / /

URL

http /

SocialTag