Innovative technologies that enable more efficient use of energy in the built environment contribute to the effectiveness of green building design, and to sustainable building practices. Digital fabrication can be used to unlock the inherent physical properties of common materials as a means to create solar shades which change shape in response to ambient conditions and user needs in a system which relies on extremely simple mechanical actuation. These conformationally adaptive solar shades take advantage of materials which can be deformed not only to occlude or permit the passage of light, but also to produce optimal angles for the maximization the interception of solar radiation of the surface of the device itself
Smart adaptive, or dynamic skin façades have been considered a promising and efficient strategy to ...
This paper provides an overview of available innovative shape morphing building skins and their desi...
We design novel sun barriers of energy efficient buildings. Making use of morphing lattices, we des...
Smart morphing materials are increasingly studied and are also expected to soon become economically...
Adaptive façades can be a solution to many urban aspects such as sustainability and energy efficienc...
International audienceThis study focuses on deployable systems actuated by shape memory alloys in th...
A shading device for façade application was developed by combining twisting cylindrical shading elem...
A great challenge that contemporary sustainable architecture has to face is to optimize natural reso...
The research project ADAPTEX pursues the goal of developing adaptive, energy-efficient textile sun s...
Abstract. The paper describes a novel technique for creating flat, bi-layer, compliant mechanisms fo...
Smart adaptive, or dynamic skin façades have been considered a promising and efficient strategy to ...
This paper provides an overview of available innovative shape morphing building skins and their desi...
We design novel sun barriers of energy efficient buildings. Making use of morphing lattices, we des...
Smart morphing materials are increasingly studied and are also expected to soon become economically...
Adaptive façades can be a solution to many urban aspects such as sustainability and energy efficienc...
International audienceThis study focuses on deployable systems actuated by shape memory alloys in th...
A shading device for façade application was developed by combining twisting cylindrical shading elem...
A great challenge that contemporary sustainable architecture has to face is to optimize natural reso...
The research project ADAPTEX pursues the goal of developing adaptive, energy-efficient textile sun s...
Abstract. The paper describes a novel technique for creating flat, bi-layer, compliant mechanisms fo...
Smart adaptive, or dynamic skin façades have been considered a promising and efficient strategy to ...
This paper provides an overview of available innovative shape morphing building skins and their desi...
We design novel sun barriers of energy efficient buildings. Making use of morphing lattices, we des...