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Document type:
Bachelorarbeit 
Author(s):
Julian Renz 
Title:
Einfärbung flüssigkeitsdurchströmter Glasfassaden zur Energietransmissionskontrolle 
Translated title:
The Colouring of Fluidized Glass Façade Elements for Active Energy Transmission Control 
Abstract:
The aim of this thesis is to evaluate different ways of colouring the fluid layers of a fluidized glass façade system. Moreover, a cross-stream filtration process for reversible (de-)colouring is analyzed. The innovative components of the fluid glass system are the two fluid layers, which are thermally separated and which can be used for different purposes. Both liquid layers can be dyed to control the solar transmission through the façade element. Thereby the liquids work as shading devices...    »
 
Translated abstract:
The aim of this thesis is to evaluate different ways of colouring the fluid layers of a fluidized glass façade system. Moreover, a cross-stream filtration process for reversible (de-)colouring is analyzed. The innovative components of the fluid glass system are the two fluid layers, which are thermally separated and which can be used for different purposes. Both liquid layers can be dyed to control the solar transmission through the façade element. Thereby the liquids work as shading devices...    »
 
Subject:
BAU Bauingenieurwesen, Vermessungswesen 
DDC:
690 Hausbau, Bauhandwerk 
Advisor:
Stopper, Jochen; Gstöhl, Daniel (Dr.) 
Date of publication:
16.11.2017 
Year:
2013 
Language:
de 
Language from translation:
en 
University:
Technische Universität München 
Faculty:
Fakultät für Architektur