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From
Functionally Graded Sandwich Circular Plate of Non-Uniform Varying Thickness with Homogenous Core Resting on Elastic Foundation: Investigation on Bending via Differential Quadrature Method
Fatemeh Farhatnia, Reza Saadat, Soheil Oveissi
American Journal of Mechanical Engineering
.
2019
, 7(2), 68-78 doi:10.12691/ajme-7-2-3
Figure 1.
The three-layered circular sandwich plate with variable thickness resting on Winkler elastic foundation
Full size figure and legend
Figure 2.
The profil of the plate thickness function for
h
0
=0.01
and (a)
n=1
, (b)
n=3
, (c)
n=5
Full size figure and legend
Figure 3.
A type of two-dimensional meshing for DQM in polar coordinates
Full size figure and legend
Figure 4.
Variations of the dimensionless deflection of FGM circular sandwich plate versus the dimensionless circular plate radius for: (a) simply supported end (b) clamped end,
n=3
,
k
w
=1
,
g=1
Full size figure and legend
Figure 5.
Variations of the dimensionless deflection of FGM circular sandwich plate versus the dimensionless circular plate radius for: (a) simply supported end(b) clamped end;
n
=3,
γ
=0.3,
g
=1
Full size figure and legend
Figure 6.
Variations of the dimensionless deflection of FGM circular sandwich plate versus the dimensionless circular plate radius for: (a) simply supported edge (b) clamped edge;
n=3
,
γ=0.3
,
k
w
=1
Full size figure and legend
Figure 7.
Variations of the dimensionless tangential stress of FGM circular sandwich plate with non-uniform thickness versus the dimensionless circular plate radius for: (a) simply supported edge (b) clamped edge;
n=3
,
g=1
,
k
w
=0
Full size figure and legend
Figure 8.
Variations of the dimensionless radial stress of FGM circular sandwich plate with non-uniform thickness versus the dimensionless circular plate radius for: (a) simply supported edge (b) clamped edge;
n=3
,
g=1
,
k
w
=0
Full size figure and legend
Figure 9.
Variations of the dimensionless (a) radial and (b) tangential stress of FGM circular sandwich clamped plate with non-uniform thickness versus the dimensionless circular plate radius for: (a);
γ=0.3
,
g=1
, and
k
w
=0
Full size figure and legend
Figure 10.
Variation of the dimensionless radial stress of FGM circular sandwich plate across the thickness for center of plate for: (a) simply supported edge (b) clamped edge,
n=3
,
g=1
,
k
w
=0
Full size figure and legend