Abstract
How does an intelligent building envelope manage the variable and sometimes conflictive occupant requirements that arise in a day lit indoor environment. This is the research question that provides the basis for this Ph.D. work. As it touches upon several fields of application, the research question is untangled into four steps, each of which corresponds to a chapter of the thesis. 1) What characterises intelligent behaviour for a building envelope. 2) What characterises indoor day lighting quality. 3) Which functions can an intelligent building envelope be expected to perform in the context of day lighting quality. 4) How are the materials, components and composition of an intelligent building envelope designed to influence this performance. The emphasis is on design, environmental aspects, energy conservation, functional analysis and physical applications.
Citation Formats
Wyckmans, Annemie.
Intelligent building envelopes. Architectural concept and applications for daylighting quality.
Norway: N. p.,
2005.
Web.
Wyckmans, Annemie.
Intelligent building envelopes. Architectural concept and applications for daylighting quality.
Norway.
Wyckmans, Annemie.
2005.
"Intelligent building envelopes. Architectural concept and applications for daylighting quality."
Norway.
@misc{etde_20745928,
title = {Intelligent building envelopes. Architectural concept and applications for daylighting quality}
author = {Wyckmans, Annemie}
abstractNote = {How does an intelligent building envelope manage the variable and sometimes conflictive occupant requirements that arise in a day lit indoor environment. This is the research question that provides the basis for this Ph.D. work. As it touches upon several fields of application, the research question is untangled into four steps, each of which corresponds to a chapter of the thesis. 1) What characterises intelligent behaviour for a building envelope. 2) What characterises indoor day lighting quality. 3) Which functions can an intelligent building envelope be expected to perform in the context of day lighting quality. 4) How are the materials, components and composition of an intelligent building envelope designed to influence this performance. The emphasis is on design, environmental aspects, energy conservation, functional analysis and physical applications.}
place = {Norway}
year = {2005}
month = {Nov}
}
title = {Intelligent building envelopes. Architectural concept and applications for daylighting quality}
author = {Wyckmans, Annemie}
abstractNote = {How does an intelligent building envelope manage the variable and sometimes conflictive occupant requirements that arise in a day lit indoor environment. This is the research question that provides the basis for this Ph.D. work. As it touches upon several fields of application, the research question is untangled into four steps, each of which corresponds to a chapter of the thesis. 1) What characterises intelligent behaviour for a building envelope. 2) What characterises indoor day lighting quality. 3) Which functions can an intelligent building envelope be expected to perform in the context of day lighting quality. 4) How are the materials, components and composition of an intelligent building envelope designed to influence this performance. The emphasis is on design, environmental aspects, energy conservation, functional analysis and physical applications.}
place = {Norway}
year = {2005}
month = {Nov}
}