GENERATIVE
GROWTH RESIDENCE STAGE-01
PROCESS BASED DESIGN STUDIO AYSHWARYA SURESH | 2019804003 | M.ARCH(GENERAL) | SAP BATCH-2019
CONTEXT MULTI-SENSORY RESIDENCE
ARCHETYPE BUILDING A TREE HOUSE
CONCEPT PLEOMORPHISM
I
BIOMIMETIC APPROACH NATURE’S UNIFYING PATTERNS
NATURE’S PRINCIPLES: RESILIENCE TOPOLOGY OPTIMIZATION SPATIAL CONFINEMENT
II
PLEOMORPHISM Pleomorphism is a term used in histology and cytopathology to describe variability in the size, shape and staining of cells and/or their nuclei.
NORMALLY SIZED CELLS
COMBINATION OF VARIANT CELLS
III
PLEOMORPHISM
GENERATIVE PROCESS OF GROWTH
IV
PLEOMORPHISM
AREA BASED CELL VARIATION
https://doi.org/10.1016/j.devcel.2019.08.005
V
SPATIAL TYPES 0 1 2 3 4
5 6
ENTRY FOYER LIVING DINING KITCHEN UTILITIES STORAGE BALCONY BEDROOM
IT’S NOT THE FLOWERS (DÉCOR), FRUITS(EXHIBIT) OR LEAVES(WORKING METHODS) BUT THE ROOTS(INDIVIDUAL SPACES) THAT DESERVE THE ATTENTION.
VI
THE HEXAGONAL CELLS IN NATURE
1. 2. 3. • •
MOST EFFICIENT SPACE PACKING LEAST PERIMETER/WALL LENGTH STABLE JOINERY WITH 120 DEGREES
Hexagonal cells have the shallowest sharp corners of any regular tessellating shape - this may mean that cells can be built with the minimum internal reinforcing at their corners. Hexagonal packing schemes mean that each cell has the maximum numbers of close neighbours, and the maximum rotational and reflectional symmetries. These properties may be important when linking several cells together to form edge-detector and motion-detector cell clusters.
VII
THE HEXAGONAL CELLS IN PLANT CELLS
1. 2. 3.
MINIMAL CELL WALL/PERMIETER LARGER SPACE FOR FUNCTIONAL ORGANELLES BETTER TURBIDITY WITH 120 DEGREES
VII
THE HEXAGONAL CELLS IN COMPOUND EYE VISION
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THE HEXAGONAL CELLS IN HONEY BEES
VII
THE HEXAGONAL CELLS IN BIOSILIFICATION
VII
PARALLEL CONSIDERATION: HEXAGONAL CELLULAR ARCHITECTURE
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PLEOMORPHIC CELL GROWTH
VII
CELL SIZE REDUCTION PROCESS
VIII
CELL SIZE REDUCTION PROCESS
IX
UNIT VARIATIONS
X
TYPE03
TYPE02
TYPE01
SIZE BASED CELL INVENTORY
XI
CONSIDERING BASE GRID
XII
MODIFYING CELL SIZES (TRIAL-01)
CELL BOUNDARY PARAMETERS TENSIGRITY
XIII
PRACTICAL MODEL
DREAM CATCHER – HEXAGONAL PATTERN
XIII
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