- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 04 Dec 2015
Cool bricks are 3D-printed porous ceramic bricks that interlock to form a 3D lattice effect. The porous material of the bricks absorbs water which is then released as warm outside air passes through the lattice, producing an evaporative cooling effect.
The design of the bricks has been optimised for cooling performance and buildability. The brick is shaped to maximise the proportion of the surface that is shaded from the sun, so as to maximise the cooling performance, and when stacked together the bricks interlock to make an effective screen.
The low cost of the materials and the ease of production and installation of cool bricks makes them a good solution for providing comfortable indoor environments in hot, dry climates such as the Middle East and Western Australia.
Cool bricks are the brainchild of Emerging Objects, a California-based studio focussing on innovation in the 3D printing of architectural and building components. Their investigations into architectural form include the Involute Wall, which combines thermal mass and acoustic dampening in a massive 3D printed sand structure.
Much of their innovation is at the prototype stage but it will be interesting to see whether they filter through to mainstream applications.
Featured articles and news
From alabaster to travertine – how many types do you know?
Well-designed lighting helps maintain a healthy physiological and psychological balance.
Transferring the risk for obtaining the target BREEAM rating.
A simple but effective way to determine the root cause of an issue.
BSRIA report suggest the European market will double to 415 million Euros by 2023.
Why a wellbeing strategy is vital for property managers.
An ECA briefing for members about the commercial implications of leaving the EU.
A crucial moment on any project - and fraught with danger.
The performance gap from a Northern Ireland perspective.
Book review: Buildings of protestant nonconformity.
Design and testing for health and wellbeing - free download from BRE.