Brick Build
NJIT DESIGN COMPETITION
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Dream it.
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Design it
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Build it
NJIT Masonry Brick Build “Whispering walls”
“When reverberation was reconceived as noise, it lost all its traditional meaning as the acoustic signature of a space, and the age-old connection between sound and space – a connection as old as architecture itself – was severed.” – Emily Thompson, The Soundscape of Modernity
This project was founded on the idea that masonry can be used in the study of sound diffusion, absorption and propagation while remaining structurally stable on its own.
Creative Process
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Catenary curve
A catenary curve is the natural shape a freely hanging chain/rope takes under the force of gravity.
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Inversion
Inverting a catenary has proven to have extreme structural stability. The skeleton consists of multiple rows of such curves, each able to hold 5:1 its own weight.
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Scale model
Miniature scale model of the final product.
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Prototype false set
While working on the scale model I quickly realized the need for temporary support, this was the finalized laser cut prototype.
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Orientation studies
Brick orientation played a key role in the development of the project. Structurally functionally and ergonomically.
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CNC digital rendition
False work acts as temporary support for bricks to lay on top and keep overall consistency.
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Construction
Bricks are to be placed on each side so the weight is evenly spread until forces are neutralized at the top.
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Completion
False work to remain until the mortar cures making it a self supporting structure.
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Product Studies
Sound diffusion chamber proved to isolate outside noises up to 38db while siting inside. While holding a conversation inside augmented sound from 60db to 78db.
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Brick Assembly
Bricks being set next to falsework.
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Continuation
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Built completion
Right before removing the falsework
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Final product
Interior Reveal
