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Anonymous1773474305
04-07 10:42
Model Name
subwoofer horn 3d model
Tags
3d printing
3d printing realistic
acoustic
props
props 3d printing
props 3d printing realistic
props realistic
realistic
subwoofer
Prompt
Design a 3D printable acoustic vortex nozzle enclosure for a 4-inch subwoofer driver (100 mm diameter) used in an experimental acoustic fire suppression system. The speaker should not be included in the model, but the design must contain a precise speaker mounting chamber so that a real subwoofer can be installed later and sealed airtight. The main objective of this enclosure is to convert the oscillating air movement of the speaker into a highly focused, forward-directed air pulse using a compression chamber and a funnel-shaped tapered nozzle. The structure must act like a directional funnel, concentrating airflow and energy toward a single point so that vortex rings are formed and directed accurately toward the center of a fire for effective suppression. The enclosure must consist of four integrated sections: a speaker mounting chamber, a compression chamber, a tapered funnel-shaped nozzle, and a rear sealing cap with a wire exit hole. The speaker mounting chamber should be a cylind
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Anonymous1773474305
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