Difference between revisions of "Msc2G2:Workshop1"
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image:element applications.jpg | Architectural Impressions | image:element applications.jpg | Architectural Impressions | ||
image:Attractor Point Layer 1.jpg | Attractor Point Layer 1 | image:Attractor Point Layer 1.jpg | Attractor Point Layer 1 | ||
| + | image:Attractor Point Layer 2.jpg | Attractor Point Layer 2 | ||
| + | image:Attractor Point Layer 3.jpg | Attractor Point Layer 3 | ||
| + | image:Attractor Point Layer 4.jpg | Attractor Point Layer 4 | ||
image:Bioplastic.jpg | Bioplastic | image:Bioplastic.jpg | Bioplastic | ||
</gallery> | </gallery> | ||
Revision as of 15:02, 19 April 2015
Variation explores possibilities to purposefully differentiate and scale matter depositions/accumulations from Macro to Micro scales. This implies that in this project we are aiming at designing novel processes and solutions for introducing performative and scalable topological variation / porosity / density that will be producible with a specific / customized robotic production process.
Students: Ralph Cloot, Siqi Fan, Blanka Omari, Apurva Singh
MIDTERM REVIEW
Scalable porosity
Student 1
Student 2
Student 3
Student 4
Combined activities
Architectural Impressions
Architectural Impressions
Attractor Point Layer 1
Attractor Point Layer 2
Attractor Point Layer 3
Attractor Point Layer 4
Bioplastic
Week 7 Presentation 25/03
Idea
Time Cycles
Hierarchy
Volume multiplication
Reference
Single Surface design Reference
Surface morphing
Single Surface design
Porous division study
Porosity needs
Shape Memory Polymer
Week 6 Presentation 18/03
1 - Flowchart
2 - Voronoi density 1
3 - Voronoi density 2
4 - Voronoi density 3
5 - Voronoi Grasshopper Model
6 - material variation
7 - Prismatic Geometries
8 - Space Scale Porosity
Voronoi Random Values
Voronoi Random Seed
Acoustic Form Finding
