DESIGNS KINETIC FLOW BY FABRICATION ASSIGNMENT 9B TANIA CASTILLO-PELAYO DINESH SHARMA VIVIAN LEE NATALIA WIDOMSKA PROCESS BASE MODEL Foam core was cut based on the architectural drawing set provided by MRNL Studio to reconstruct the eroded corner, however adjustments to the dimensions were re- quired and made to ensure an accurate model. Due to the small scale of the kinetic components on the intervention as designed by MRNL, it was determined that a model at a 1:10 scale would be most appropriate. STEEL FRAME The steel frame is represented in the model with card- stock paper, laser cut in the same manner a that a steel sheet would be cut for a full size construction of the intervention. The ends were flanged in order to attach the frame to the existing ceiling and floor. KINETIC COMPONENTS Black cardstock paper was used and laser engraved to demon- strate the screening quality of the design. This method was found to be more representative of the overall effect than to model each component one by one at this scale. The layering of components over the steel frame is demonstrated in the model. A full scale model of a singular component was constructed to show the kinetic quality. The design of this kinetic component was revised from the original in order to illustrate proper movement. FINALIZATION The outside layer of the kinetic screen was placed as per the drawing set provided, creating a visual gradient of compo- nents. PROCESS
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
DESIGNS
KINETIC FLOW BY
FABRICATION ASSIGNMENT 9B
TANIA CASTILLO-PELAYODINESH SHARMAVIVIAN LEENATALIA WIDOMSKA
PROCESS
BASE MODELFoam core was cut based on the architectural drawing set provided by MRNL Studio to reconstruct the eroded corner, however adjustments to the dimensions were re-quired and made to ensure an accurate model. Due to the small scale of the kinetic components on the intervention as designed by MRNL, it was determined that a model at a 1:10 scale would be most appropriate.
STEEL FRAMEThe steel frame is represented in the model with card-stock paper, laser cut in the same manner a that a steel sheet would be cut for a full size construction of the intervention. The ends were flanged in order to attach the frame to the existing ceiling and floor.
KINETIC COMPONENTSBlack cardstock paper was used and laser engraved to demon-strate the screening quality of the design. This method was found to be more representative of the overall effect than to model each component one by one at this scale. The layering of components over the steel frame is demonstrated in the model.
A full scale model of a singular component was constructed to show the kinetic quality. The design of this kinetic component was revised from the original in order to illustrate proper movement.
FINALIZATIONThe outside layer of the kinetic screen was placed as per the drawing set provided, creating a visual gradient of compo-nents.
PROCESS
Related Documents
