Print page
-

Topics

Architecture | Topics | Magazine 10/2012

Minimalistic Lightweight Construction: Temporary Pavilion in Noda

Architecture students from Tokyo developed an experimental, extremely lightweight, temporary pavilion structure – a tensegrity structure made of polyester membrane and aluminium struts. Two films give an impression of how the pavilion is set up.

Architects: Kazuhiro Kojima + Kojima Laboratory, Tokyo University of Science
Location: Tokyo University of Science, Noda Campus, Yamazaki, J-Noda

The pavilion was set up in a joint effort by 70 students in one day. After laying out the prefabricated elastic polyester fabric membrane, aluminium struts were inserted in special pockets in the fabric. The structure was then pushed upwards from the inside, while the struts around the edges were held down and finally fixed to the ground with pegs. The concave and convex shapes created form a moving surface – an elusive stage for a lively interplay of light and shade.

About 80% of the UV radiation is shielded off by the membrane, while 50% of daylight is transmitted, resulting in a fascinating interior atmosphere of soft filtered light. At night, the translucent pavilion turns into a light sculpture illuminated from the inside. After being used for seminars on the university campus for one week, the structure was disassembled and stored for next use.

Advertisement

Architecture

Spanish verbena in the London fog: Serpentine Gallery Pavilion

The Spanish architecture couple known as SelgasCano have given the meadow in front of the Serpentine Gallery the look of ...

mehr
Architecture

Breathing concrete: Smokers’ pavilion as a complex organism

S. 434

Despite its materiality, it does not seem either massive or monolithic thanks to a special manufacturing method for translucent concrete. ...

mehr
Architecture

Research, development and daring – Frei Otto wins the Pritzker Prize

This year’s Pritzker Prize has been posthumously awarded to the German architect and researcher Frei Otto, whose work was – ...

mehr