Tillman Klein van de Faculteit Bouwkunde van de TU Delft, presenteert Polyarch; een project waarin OMA, de faculteit Bouwkunde van de TUDelft, en de faculteit Scheikunde van de TU Eindhoven samenwerken rond de inzet van polymeren in de architectuur.
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Polyarch; samenwerken voor de inzet van polymeren in de architectuur (CLICKNL//BEAU)
1. Polyarch
Polymer Technologies for Daylight Management in Architecture
TU Delft – Façade Research Group
TU/e - Functional Organic Materials & Devices
4. Daylight management
- Provide architectural quality
- Provide visual comfort
- Maximize natural lighting
- Control heat radiation
- Minimize energy demand
Conflicting functions ask for adaptive systems !
11. Sensing pigment – state of the art
We can develop adaptive pigments for
paints and coatings
- Visible or (near) infrared spectrum
- Responsive or active controlled
Univ. Bayreuth (H.-W. Schmidt et al.) BASF
12. Responsive reflectors
Respond to change in
- Temperature,
- Acetone (Diabetes)
- Humidity,
- CO2, O2, Amines
- Light (sunlight, LED illumination)
13. The delivery chain
Okalux OMA
Merck Akzo Nobel Tata Steel Architects Permasteelisa
Material Coater / System Architect / Facade
supplier Compounder supplier Consultant Builder
TU/e Solution Demand TUD
14. Applications
- Colour adaptive facade coatings
- Responsive facade coatings to control heat
absorption / emission (Steel, Aluminium, plastics,
ceramics)
- Adaptive coatings for glass to control incoming
radiation
- Possible in visible and (near) infrared spectrum
- Responsive or electronically controlled
15. Polyarch
Polymer Technologies for Daylight Management in Architecture
TU Delft – Façade Research Group
TU/e - Functional Organic Materials & Devices
Contact: T.Klein@tudelft.nl A.P.H.J.Schenning@tue.nl