Cross Method and Design Process for DSF Elements
The double-skin façade (DSF) is one of the most crucial paradigms of building envelope design in last decades. DSF prospects a unified architectural phenomenon based on comfort rank of building driven by the dogmas of aesthetic-glass façade and practical-natural ventilation aspirations. Therefore, the utilization of DSF has been the most prevalent catalyst for architectural design. The study discusses to structure a valid evaluation method focusing on DSF elements in order to fragment human comfort standards within asserting an accurate system in the preliminary design stage. The study significantly examines the tools/ways of integrating DSFs' human comfort parameters in contemporary architecture though a convincing design system. Apparently, the study aims to provide a proposed guideline within a established analyzing system for architects in order to better formation of DSF elements; which refers and promote the human comfort standards. The results demonstrate a modest insight on understanding the potentials of DSF elements in the early design stage significantly following defined architectural conceptions; cooling, lighting, thermal, acoustic and visual comfort intensity. Based on obtained data; study aims to enclose a diminutive knowledge or demonstration of how the concept might work for future development of contemporary architecture within DSF area.
Year of publication: |
2017
|
---|---|
Authors: | Ilter, Sertaç ; Vural, S.Müjdem |
Published in: |
Open House International. - Open House International, ISSN 2633-9838, ZDB-ID 3041443-X. - Vol. 42.2017, 4, p. 36-43
|
Publisher: |
Open House International |
Subject: | Double Skin Façade | Double Skin Façade Elements | Design Process | Energy Performance | Cross Method |
Saved in:
Saved in favorites
Similar items by subject
-
Perspectives of double skin façades for naturally ventilated buildings: A review
Barbosa, Sabrina, (2014)
-
Bender-Salazar, Rahmin, (2023)
-
What do information reuse and automated processing require in engineering design? Semantic process
Nykänen, Ossi, (2011)
- More ...