GitHub - andreea-biehl/In-Vitro-Vibratory-Platform-For-Vocal-Fold-Tissue-Engineering-Applications: STL files for the 3D-printed parts shown in Figure 2 and MP4 videos of the displacement of the piezoelectric speaker in response to 100 Hz 100% input sound volume into and orthogonally to the XY plane are available here.

andreea-biehl / In-Vitro-Vibratory-Platform-For-Vocal-Fold-Tissue-Engineering-Applications Public

STL files for the 3D-printed parts shown in Figure 2 and MP4 videos of the displacement of the piezoelectric speaker in response to 100 Hz 100% input sound volume into and orthogonally to the XY plane are available here.

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Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
LDV Piezoelectric Speaker XY Displacement.mp4		LDV Piezoelectric Speaker XY Displacement.mp4
LDV Piezoelectric Speaker XYZ Displacement.mp4		LDV Piezoelectric Speaker XYZ Displacement.mp4
Microchip-Placement-Frame.stl		Microchip-Placement-Frame.stl
Rack-for-24-Well-No-Bottom-Plate.stl		Rack-for-24-Well-No-Bottom-Plate.stl