The STAR-system: A bio-inspired solution for a thermo regulative façade

This research presents the potentials of the STAR-system: a Solution for a Thermal Adaptive Response system. The STAR-system uses a Phase Change Slurry (PCS) as variable thermal mass to control the indoor temperatures. Nature forms an inspiration for the design of a new system for a thermo regulative façade. Examples from nature are collected...

Potential of cholesteric liquid crystals in switchable glass

Research on the combination of translucent Glass Fiber Reinforced Polymers (G.F.R.P.) and Phase Change Materials (P.C.M.), for applications in architecture

This thesis is a scouting on the possibilities of combining P.C.M.s and G.F.R.P.s into one transparent element, which could upgrade the aesthetical values of a non-transparent P.C.M.-G.F.R.P. system. The contribution of this research is twofold, providing: 1) An analysis framework for further exploration on the combination of a P.C.M. and a G.F...

Fire rating curtain wall

The space that can be improved to get a better prediction bridging the gap between simulation and reality, and its reactions on design revision to increase the fire-resistance of a façade product before a formal test is the issue of this thesis. Regulations and design principles concerning a fire-resistant façade have been studies. With the...

A design strategy for daylight control for the project "Vertical City" in Rotterdam

This thesis was carried-out as part of the on-going research in the architectural office “Broekbakema” regarding the project “Vertical City”, Rotterdam. The focus on light performances was a key issue in the design of the building, seen that the main volume occupies a depth of 22 m. At the same time, all the interior spaces occupy the interior...

Cool with adiabatic cooling principle

Besides this master thesis is a recommended proposal/design for the Solar Decathlon team of the TU Delft, this project explains how cooling can be created sustainable wise and be integrated within the building envelope. It provides a new way of using evaporation to generate high cooling power with low energy input. Which isn`t only useful for...

Stirling Solar cooling in office façades

The requirements, comfort needs and expectations for facades have increased, so has the need for energy efficient design. Present climate systems are using a lot of energy, especially to control heat and cooling loads. The cool load and solar power often occur at the same time and an increase of solar power often increases the cool load of a...

Solar Thermal Collector in Facades

A venetian blind, which can be located in front or in between the façade panes, is proposed to do the task of a shading system and solar thermal collector, transferring the collected heat through a thermal network, so that it can be stored and used later for solar heating and cooling purposes. It is proposed that such venetian blind is enabled...

Experimental testing of the Closed Cavity Façade for a hot desert climate

Shorted thesis on testing a new kind of double skin facade for a hot desert climate. The facade is tested on the performance, in a real scale test setup. This thesis is a shorted version because of confidentiality of the contents.

Mineral wool facade integration

The report of Graduation Project from Jasper Overkleeft, is a quest for a new facade material with the focus on a mono material facade. This will contain that all the functions of the facade will be integrated in one material. It means that what normally a cavity wall will do, protect the inner climate from cooling or heating too much, keeping...

The Future of Additive Manufacturing in Facade design: A strategic roadmap towards a preferable future

Additive manufacturing (AM) is a relatively new discipline that offers great potential for designers in every industry. When further developed, this new method of manufacturing, which eliminates tooling and uses additive material processing for fabrication, could have major impact on the way we design, manufacture and sell new products. This...