In Figure 10-41, identify where the following noise-control techniques are applied: isolation and/or damping, reduction in noise leakage, use of absorbing materials, use of acoustical lining, enclosure.

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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2. In Figure 10-41, identify where the following noise-control techniques are applied: isolation
and/or damping, reduction in noise leakage, use of absorbing materials, use of acoustical lining,
enclosure.
Install double wall for
optimum sound isolation
Avoid structural
contact between
walls
Air flow
Isolate source
from enclosure
Acoustical lining
reduces noise
buildup
Noise
Source
Fan
Spring
mount
FIGURE 10-41
Enclosures for controlling noise. (Source: Berendt et al., 1976.)
Solid wall construction
Install lined ducts if
ventilation or cooling
is needed
Airtight seal needed
to preserve isolation
Transcribed Image Text:2. In Figure 10-41, identify where the following noise-control techniques are applied: isolation and/or damping, reduction in noise leakage, use of absorbing materials, use of acoustical lining, enclosure. Install double wall for optimum sound isolation Avoid structural contact between walls Air flow Isolate source from enclosure Acoustical lining reduces noise buildup Noise Source Fan Spring mount FIGURE 10-41 Enclosures for controlling noise. (Source: Berendt et al., 1976.) Solid wall construction Install lined ducts if ventilation or cooling is needed Airtight seal needed to preserve isolation
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