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ARCH 655- Final Project

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Wall of  Energy parametric modeling Arch655 The Wall of Energy is a 63-metre long, 4- 6 meter height street façade enclosing the new energy center. The glazed ceramic tiles reflect light and movement from the clouds in the sky, and the hustle and bustle of pedestrians and cars on the streets. The tessellated interlocking lozenge tile pattern evokes the dynamic energy of earth’s movements, as seen in patterns left in the sand by ocean waves. The 31 different tile types produce undulations that increase in height, across a total of 1373 tiles. Contained within a structure inspired by nature, the technological working of the new energy center hall can be viewed through a long ribbon window. Modeling Process Step 1:  I started by dividing a curve into evenly spaced points using a slider to control the number of divisions. Then, I dispatched these points into two separate lists, creating an alternating pattern. To add variation, I applied a transformation by moving the points...

ARCH 655- Project 1

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 Tower of light  Parametric Modeling ARCH 655 https://tonkinliu.co.uk/tower-of-light capture the energy of the sun harness the power of the wind herald the city’s low carbon future Introduction The Tower of Light is a 40-meter tall tower supporting and enclosing flues for Manchester's new low-carbon energy center. The biomimetic structure has built on the decade-long innovation and research of, the shell Lace Structure , pioneered by Tonkin Liu and developed in collaboration with engineers at Arup. Learning from geometries in nature, the tower’s form is its strength. The super-light, super-thin single-surface structure uses the least material to achieve the most. This tower is constructed from 6 and 8 mm thick flat steel sheets, tailored, laser-cut, and then welded together to create a curved stiff strong surface. Modern methods of construction using advanced digital modeling, analysis, and fabrication, combined with tailoring principles, have made the Shell Lace Str...