Developing the kinetic facade on the CJ R&D Center presented some unique technical challenges in terms of visualizing a range of motion for a mechanical assembly of parts. As architectural designers, we’re accustomed to working with static elements. CJ called for new methodologies that would enable us to easily manipulate hierarchical structures of linked components, allowing us to visualize how a modification to one part would effect the whole system. To do this, we used a combination of tools (inverse kinematics, wire parameters and animation constraints) originally intended for use in character animation within 3ds Max . Read the rest of this entry »
As part of a recent design effort here in the studio we attempted to develop a kinetic facade that could respond and adapt in real-time to both solar radiation and user input. The client, CJ Corporation of Korea, was enthusiastic about the idea as part of their “only one” initiative which promotes unique one-of-a-kind thinking. While this certainly isn’t the only kinetic facade in the world, it presented our team with a new set of challenges.
[vimeo http://vimeo.com/19900510 w=460&h=259] Read the rest of this entry »
This article is dedicated to buildings that incorporate adjustable/ movable technologies that can adapt to variations in climate and the position of the sun.
Jean Nouvel’s Arab Institute completed in 1987 is among the first buildings to employ sensor-based automated response to environmental conditions. 25,000 photoelectric cells similar to a camera lens are controlled via central computer to moderate light levels on the south facade (1). Now famously frozen in place, the apertures are commonly referenced in cautionary tails used to warn designers of the perils of developing kinetic facades.
UCLA, SCHOOL of ARCHITECTURE and URBAN DESIGN
DECEMBER 6, 2010
TRANSFORMABLE DESIGN: ICONIC TO ENVIRONMENTAL
Inventor Chuck Hoberman spoke about his work in the field of Transformable Design. He started the talk by discussing one of his earliest installations, the Hoberman Sphere.
A few years later, he launched a line of toys focused around the now infamous object.
He went on to show how his work has evolved into a wide range of objects from stage installations for U2 to mechanisms that enhance building glazing performance such as his adaptive fritting and tessellate projects.
In 2008 Hoberman Associates teamed up with the engineering firm Buro Happold to form the Adaptive Building Initiative (ABI), “dedicated to designing a new generation of buildings that optimize their configuration in real time by responding to environmental changes.” http://www.adaptivebuildings.com/