Tate Liang
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Email -> tate_liang@gsd.harvard.edu ☆ Instagram -> @tateliang ☆ Github -> TateLiang ☆ Music -> 1 tate———————————————————————
Portfolio & CV available on request
Portfolio & CV available on request
About ⏷About
Architecture ⚡︎ Bookmaking ⚡︎ Film ⚡︎ Photos ⚡︎ Paint ⚡︎ Python ⚡︎ Java ⚡︎ Swift ⚡︎ HTML/CSS/JS ⚡︎ Blender
2027 M.Arch II -> Harvard GSD
2025 B.Arch -> The Cooper Union
1% Cambridge
22% New York
36% Vancouver
41% Beijing
2027 M.Arch II -> Harvard GSD
2025 B.Arch -> The Cooper Union
1% Cambridge
22% New York
36% Vancouver
41% Beijing
Hippodromo de la Zarzuela
Structures / Fall 2022
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Madrid, Spain
Professor Thorsten Helbig, Florian Meier
Group Project with Arthur Lee, Zelda Liu
Torroja’s cantilevering roof uses prestressed concrete to achieve remarkable span and thinness. This model displays the compressive forces using transparent cross sectional pieces held together only by a string through holes in each piece, simulating the steel rebar tightened on site. As demonstrated, the model is flexible upward but rigid downward, as the shape of the cable is particular to the stresses of the arched geometry.
––––––––––––––––––––––––––––––––––––––––––––––
Madrid, Spain
Professor Thorsten Helbig, Florian Meier
Group Project with Arthur Lee, Zelda Liu
Torroja’s cantilevering roof uses prestressed concrete to achieve remarkable span and thinness. This model displays the compressive forces using transparent cross sectional pieces held together only by a string through holes in each piece, simulating the steel rebar tightened on site. As demonstrated, the model is flexible upward but rigid downward, as the shape of the cable is particular to the stresses of the arched geometry.
