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Photo: Phototropia 08: supervised by Manuel Kretzer. The project combines self-made electro-active polymers, screen-printed electroluminescent displays, eco-friendly bioplastics and thin-film dye-sensitized solar cells into an autonomous installation that produces its required energy from sunlight and - when charged - responds to user presence through moving and illuminating elements. https://vimeo.com/42289939…; Added by responsive design studio at 2:06am on June 15, 2012

Photo: Phototropia 04: supervised by Manuel Kretzer. The project combines self-made electro-active polymers, screen-printed electroluminescent displays, eco-friendly bioplastics and thin-film dye-sensitized solar cells into an autonomous installation that produces its required energy from sunlight and - when charged - responds to user presence through moving and illuminating elements. https://vimeo.com/42289939…; Added by responsive design studio at 2:05am on June 15, 2012

Photo: zipsculpture_04: onstruct a developable straight strip along any given spatial curve—just like the bending behavior of a straight paper strip that got manually twisted. The resulting «ZipSculpture» is a continuous, developable ribbon assembled from eight elements with 300 individual tooth geometries and a total length of almost 20 meters. research project with concept and parametric model: schindlersalmerón structural testing, digital fabrication: Bern University of Applied Sciences BFH–AHB, Biel prototyping : RAPLAB, ETH Zürich…; Added by Christoph Schindler at 1:46am on December 7, 2010

Photo: zipsculpture_03: onstruct a developable straight strip along any given spatial curve—just like the bending behavior of a straight paper strip that got manually twisted. The resulting «ZipSculpture» is a continuous, developable ribbon assembled from eight elements with 300 individual tooth geometries and a total length of almost 20 meters. research project with concept and parametric model: schindlersalmerón structural testing, digital fabrication: Bern University of Applied Sciences BFH–AHB, Biel prototyping : RAPLAB, ETH Zürich…; Added by Christoph Schindler at 1:47am on December 7, 2010

Photo: zipsculpture_06: truct a developable straight strip along any given spatial curve—just like the bending behavior of a straight paper strip that got manually twisted. The resulting «ZipSculpture» is a continuous, developable ribbon assembled from eight elements with 300 individual tooth geometries and a total length of almost 20 meters. research project with concept and parametric model: schindlersalmerón structural testing, digital fabrication: Bern University of Applied Sciences BFH–AHB, Biel prototyping : RAPLAB, ETH Zürich…; Added by Christoph Schindler at 1:47am on December 7, 2010

Photo: zipsculpture_05: onstruct a developable straight strip along any given spatial curve—just like the bending behavior of a straight paper strip that got manually twisted. The resulting «ZipSculpture» is a continuous, developable ribbon assembled from eight elements with 300 individual tooth geometries and a total length of almost 20 meters. research project with concept and parametric model: schindlersalmerón structural testing, digital fabrication: Bern University of Applied Sciences BFH–AHB, Biel prototyping : RAPLAB, ETH Zürich…; Added by Christoph Schindler at 1:46am on December 7, 2010

Photo: zipsculpture_01: onstruct a developable straight strip along any given spatial curve—just like the bending behavior of a straight paper strip that got manually twisted. The resulting «ZipSculpture» is a continuous, developable ribbon assembled from eight elements with 300 individual tooth geometries and a total length of almost 20 meters. research project with concept and parametric model: schindlersalmerón structural testing, digital fabrication: Bern University of Applied Sciences BFH–AHB, Biel prototyping : RAPLAB, ETH Zürich…; Added by Christoph Schindler at 4:00am on November 16, 2010

Photo: fabric_action: stration: http://shapesoflogic.com/workshops/ Fabric_action fabrication of concrete structure based at a fabric formwork Brief: Engaging the dynamic relaxation process to simulate minimal surfaces and fabrication process using Kangaroo physics engine. Mapped and fixed fabric models will give a shape for a casted concrete forms. Goal: Investigate the opportunities and limitations of a fabric based framework for advanced cast concrete techniques. Software: Rhinoceros/Grasshopper3d + Kangaroo Tutors Piotr Halczuk (PL, LabDigiFab, Code of Space) Maria Śmigielska (CH/PL, ETH Zurych)…; Added by Judyta Cichocka at 4:27pm on February 7, 2015

RGSS (rhino & grasshopper study session)　Tokyo　vol.32 will take place on 09 March.

Around 7pm, @…

Added by Yusuke Oono at 7:15pm on February 27, 2012

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