isometric context plan looking north east looking north ... · isometric looking north east...

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The Gradient Tower Hanyong Xu Academic Work | 2019 School | University of Toronto Professor | Nicholas Steven Hoban Location | Empty Plot on the South of 475 Front St E, Toronto Area | 6637 m 2 Levels | 32 Floors In this project, I explored with the parametric designs and the fabrication of multiple gradients: the gradient of the size of the Voronoi openings of the facade, the gradient of the twisting form of the tower, and the gradient rotation of the void-structures. I mainly used Grasshopper for the generation of these gradients. Furthermore, I explored with multiple fabrications methods including laser cutting and 3D printing, as well as various materials such as corrugated cardboard, plywood, and paper. The central concept is about controlling the amount of light that reaches the usable space. I started with the horseshoe-shaped floor plates to create an ambiguity between what is inside and what is outside. I also used hollow structures to allow more sunlight to go through the tower. In addition, the gradient of the facade also considers the variation of the amount of sunlight on each level. Isometric looking North East Isometric looking North West Context Plan Exploded Axometric of form generation / structure generation / facade generation Facade Details Sectional Model exploration of the fabrication methods starch-based 3D printing laser cutting cardboard + folding Elevation Section Physical Models form finding / structure exploration Physical Models final model Structural Details

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Page 1: Isometric Context Plan looking North East looking North ... · Isometric looking North East Isometric looking North West Context Plan Exploded Axometric of form generation / structure

The Gradient TowerHanyong Xu

Academic Work | 2019School | Univers i ty of Toronto

Professor | Nicholas Steven HobanLocat ion | Empty Plot on the South of 475 Front St E, Toronto

Area | 6637 m2 Levels | 32 Floors

In this project , I explored wi th the parametr ic designs and the fabricat ion of mul t ip le gradients: the gradient of the s ize of the Voronoi openings of the facade, the gradient of the twis t ing form of the tower, and the gradient rotat ion of the void-s t ructures. I mainly used Grasshopper for the generat ion of these gradients. Fur thermore, I explored wi th mul t ip le fabricat ions methods including laser cut t ing and 3D print ing, as wel l as various mater ials such as corrugated cardboard, plywood, and paper.

The central concept is about control l ing the amount of l ight that reaches the usable space. I s tar ted wi th the horseshoe-shaped f loor plates to create an ambigui ty between what is inside and what is outs ide. I a lso used hol low s tructures to al low more sunl ight to go through the tower. In addi t ion, the gradient of the facade also considers the variat ion of the amount of sunl ight on each level .

Isometr ic looking Nor th East

Isometr ic looking Nor th West

Context P lan

Exploded Axometr ic of

form generat ion / s t ructure generat ion /

facade generat ion

Facade Detai ls

Sect ional Model explorat ion of the

fabricat ion methods

starch-based 3D print ing

laser cut t ing cardboard + folding

Elevat ion Sect ion

Physical Modelsform f inding / s t ructure explorat ion

Physical Modelsf inal model

Structural Detai ls