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Sound directivity pattern of the isotropic plate under the influence of non-uniform temperature profile with all side clamped boundary condition have been detailed investigated using finite element approach. Sound directivity pattern of the plate is analyzed with effects various temperature profiles (Decrease, Inc-Dec, Dec-Inc) and influences of temperature. Critical buckling temperature is used as a parameter for influencing the temperature. This study is based on First Order Shear Deformation Theory(FSDT).
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