Calculated Formations
A Geometric Approach to Constructing Fractals and 3-Dimensional Physical Forms as a Time Problem Using the Nine-Square Matrix Exercise
December
2014
Products
Chennai, India
BRIEF
This design exercise explores the transformation of geometry from lines to planes, to volumes, and finally to complex forms through boolean operations. Using the 9-square matrix as an ordering framework and fractal geometries as inspiration, the study generates iterative patterns that evolve into layered, dynamic 3D compositions. The resulting models highlight how simple rules of repetition and variation can produce spatial depth, shadow play, and architectural possibilities.
Client
Role
Bachelor's Student
Affliation
Anna University School of Architecture and Planning
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Recognition
Web Resources
Press Coverage
Contributors
Jeyaradha Jeyaram*, Radhakrishnan T R, Rajasekaran S K*
(names listed alphabetically; advisors indicated with an asterix)
Tools
Anabond (Cyanoacrylate-based) Adhesive, Cutter Knife, Geometric Instruments, Pencil, Polyvinyl Chloride (PVC) Board, Scissors, Styrofoam Board, Synthetic Resin Adhesive (SRA), White Cardboard
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