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T. Sreedhar et al.
Fig. 1 a 2D wire frame drafting–original, b 2D wire frame drafting–modified with holes
The maximum energy levels are obtained for the carbon fiber material and minimum
for the rockwool.
In Fig. 6, the frequency response is shown for a modified model for the carbon
material. In this, at 1.16 e+3 Hz of frequency obtained, the maximum amplitude
(3.01e−2 mm) and minimum (9.64e−4 mm) at 770 Hz are obtained. Similarly, in
Fig. 7, the maximum amplitude is obtained at 357 Hz when the rockwool material
is assigned to the modified model. The maximum energy levels are obtained for the
T. Sreedhar et al.
Fig. 1 a 2D wire frame drafting–original, b 2D wire frame drafting–modified with holes
The maximum energy levels are obtained for the carbon fiber material and minimum
for the rockwool.
In Fig. 6, the frequency response is shown for a modified model for the carbon
material. In this, at 1.16 e+3 Hz of frequency obtained, the maximum amplitude
(3.01e−2 mm) and minimum (9.64e−4 mm) at 770 Hz are obtained. Similarly, in
Fig. 7, the maximum amplitude is obtained at 357 Hz when the rockwool material
is assigned to the modified model. The maximum energy levels are obtained for the