A collection of ongoing work by members of the M.S. Matter Design Computation (MDC) program at Cornell University College of Architecture, Art, and Planning.
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Early Sand Extrusion Prints for Robotic Fabrication Potential to Print Large Scale PolyBrick Prototypes
#PolyBrick#PolyBrick2.0#yl3229#ebb75#Cornell MDC#Matter Design Computation#JSLab#MDC#CornellAAP#Cornell AAP#Yao Lu#Eda Begum Birol
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PolyBrick 2.0: Printed Prototypes with Varying Parameters of Strut Thickness and Density
#PolyBrick#PolyBrick2.0#ebb75#yl3229#Eda Begum Birol#Yao Lu#JSLab#Cornell AAP#Cornell MDC#Matter Design Computation
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PolyBrick 2.0: Early Tessellation Details
#PolyBrick#PolyBrick2.0#ebb75#yl3229#JSLab#Matter Design Computation#Cornell AAP#Cornell MDC#MDC#Bio-Integrative Design#Computational Design
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PolyBrick 2.0: Prototype Mechanical Analysis with Instron Compressive Testing
#PolyBrick#PolyBrick2.0#yl3229#ebb75#Yao Lu#Eda Begum Birol#Compresisve Testing#Cornell AAP#Cornell MDC#Matter Design Computation#Bio-Integrative Design#Bioinspiration#Biomimicry#JSLab
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PolyBrick 2.0: Digital Prototypes of Sphere Packed Lattices with Varied Sphere Diameters
#yl3229#ebb75#Yao Lu#Eda Begum Birol#JSLab#PolyBrick#PolyBrick2.0#Matter Design Computation#bioinspiration#bio-integrative design#Cornell AAP#Cornell MDC
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PolyBrick 2.0: Printing Process
#yl3229#ebb75#PolyBrick2.0#PolyBrick#Matter Design Computation#Cornell AAP#Cornell University#JSLab#biomimicry#bioinspiration#bio-integrative design#Eda Begum Birol#Yao Lu
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PolyBrick 2.0: Prototype Prints
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PolyBrick 2.0 : Wall Close Up & Fragments
#PolyBrick#PolyBrick2.0#Bio-Integrative Design#Biomimicry#Bioinspiration#ebb75#yl3229#Yao Lu#Eda Begum Birol#Matter Design Computation#Computational Design
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self growth geometry with outward division and geometric adjustment algorithm
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self growth geometry with inner division and geometric adjustment algorithm
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self growth geometry with inner division and overlap prevention
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self growth geometry with outward division and strict nodal load control
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Simulation on morphological change of one tensigrity unit
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