The project focus on wind as media, transforming sublte weather phenomena into tangible, sensory experiences
Huron River and Wind
The site is located along a riverbank where the river curves from west to east. The structure is designed to respond to these site conditions by mainly capturing and harvesting westerly winds
Structure Element that echos with wind
Aeolian harp, a musical instrument that is played by the wind
Whistling window in windy days
One sensory experience evoked by the wind is sound. I aim to create a soft humming that emerges with a gentle breeze , an audible signal that amplifies the presence of the wind and makes it more perceptible.
Wind speed, Flute Chamber Length, Music Note
This project investigates the relationship between geometric form and sound generation. A series of flutes were fabricated to systematically document the frequency and musical note produced by each geometry, with the aim of understanding the correlation between chamber length and pitch. A primary focus is to determine the threshold wind speed required to initiate sound production. Experimental testing will begin with a 1:20 scale model; at full scale, it is anticipated that sound can be triggered by a breeze of approximately 8 miles per hour.
A longer chamber produces lower frequency sounds, resulting in a lower pitch, and requires less wind speed to initiate sound production. The documentation establishes clear relationships that inform the creation of geometries responsive to sound design.
Flute Prototype and Facade Arrangement
The geometry study begins with the development of wide wind-catching elements to amplify airflow and study the effects of opening orientation.
Flute Prototype and Facade Arrangement
Wind Pattern
Year Pattern
Daily Pattern
Wind direction shifts both between days and within hours, with the predominant wind coming from the west. These wind patterns will be translated into musical melodies that can be heard within the structure.
Chords Design
The project aims to create a unique sound experience shaped by the wind direction. Each wind direction, spaced at 22.5-degree intervals, will activate a distinct four-note chord.
As the wind shifts, it will trigger four vertically stacked flutes, with each flute producing one note, collectively forming the designed chord.
The west side will primarily produce major chords, evoking a brighter and more uplifting atmosphere, while the east side will generate minor chords, creating a softer and more introspective soundscape.
The west side will primarily produce major chords, evoking a brighter and more uplifting atmosphere, while the east side will generate minor chords, creating a softer and more introspective soundscape.
Chords and Wind
The west-facing flutes will produce major chords composed of C2 and C4 (do), E2 and E4 (mi), G2 and G4 (so), B2 and B4 (si). In contrast, the east-facing flutes will produce minor chords composed of D2 and D4 (re), F2 and F4 (fa), and A2 and A4 and A1 (la).
Fabrication
Machine: 3D Printer
Material: PETG