SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee
SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

SIT-DOWN-FRIENDS by Zhuoying Lin & Hugh Lee

This project explores computational representations as structural artifacts using Rhino and Grasshopper Plug-in. The poly lines create a hollow structure, which also create possibility in weight loading aspect. Further iterating the shape of base curve, a shape that is more fitting to human body would be generated. The parametric calculation also provide some randomness in the final structure, giving the physical structure a future possibility of explore its new usage. My team decided to put the structure into a public indoor space to give it a longer life span and with more human interactions. Further exploration could be made on how people access this shape of bench and how people’s behavior changed by the orientation of seats and shapes of structure.

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