Difference between revisions of "Msc2G2:Frontpage"
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image:Architectural Impression00.jpg | Architectural Impressions | image:Architectural Impression00.jpg | Architectural Impressions | ||
image:Architectural Impression2.jpg | Architectural Impressions | image:Architectural Impression2.jpg | Architectural Impressions | ||
| + | image:Geometry From Curves.png | Generated Geometry Experiment | ||
| + | image:Geometry From Curves Analysis.png | Generated Geometry Experiment Analysis | ||
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Revision as of 10:27, 13 May 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
Concept
Scalable porosity
Time Cycles
Analysis
Time-function related activity
Macro Scale
Site Height Data
Project Site
Landscape Abstraction
Sunlight Analysis
Sunlight Values
Building Volume
Project Growth Perspective
Project Growth Top View
Porosity Variant 1
Porosity Variant 2
Porosity Variant 3
Porosity Variant 4
Porosity Variant 5
Porosity Variant 6
Porosity Variant 7
6 Student Apartment
Bedrooms & Shared Bedrooms
Bedrooms
Shared Rooms
Macro Scale Porosity 1
Macro Scale Porosity 2
Macro Scale Porosity 3
Macro/Meso Intermezzo Scale
Architectural Impressions
Architectural Impressions
Generated Geometry Experiment
Generated Geometry Experiment Analysis
Meso Scale
Functional Scales
Exterior Impression
Section
Interior Impression 1
Interior Impression 2
Interior Impression 3
Room Plan
Elements
Storage Example 1
Storage Example 2
Element Experiment 1
Element Experiment 2
Element Interior Sections
Meso/Micro Intermezzo Scale
Attractor Point Layer 1
Attractor Point Layer 2
Attractor Point Layer 3
Attractor Point Layer 4
Micro Scale
Material Experiment 1
Material Experiment 2
Material Phases
Material Experiment 3
Material Transparency
