Figure 1. Zaryab Shahid
Figure 2. Zaryab Shahid, Molly Johnson, Coleman Bond
The figure shows results from the modal analysis on high density
hexagon MDF kerf panel.
The results show possible shapes in which this panel can be
reconfigured by inducing low stresses. The reconfiguration
of the panels will alter the acoustic wave propagation of
sound in the room.
Figure 3. Zaryab Shahid, Molly Johnson, Coleman Bond
The figure shows results from the modal analysis on low density
density square MDF kerf panel.
The results show possible shapes in which this panel can be
reconfigured by inducing low stresses. The reconfiguration
of the panels will alter the acoustic wave propagation of
sound in the room.
Figure 4. Di Liu
This image shows that preliminary acoustic simulation is
conducted by RAVEN in SketchUp platform.
This cube room is modeled as 3 meters high by 3 meters wide
by 3 meters deep. Six acoustic panels are horizontally
suspended under the ceiling.
All the four side of interior walls as well as ceiling are
assigned gypsum board as surface material.
The independent variable in this simulation is MDF material,
which is assigned to the six panels. In addition, vertical
distance between MDF panels and room ceiling (D1), and
horizontal distance between panel edges to the wall (D2),
are brought up to the discussion about how to calculate the
overall absorption coefficient.
