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Research Journal of Science and Technology
ISSN: 2349-2988(Online), 0975-4393(Print)
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Vibration of Clamped Non-homogeneous Square Plate with non- uniform varying Thickness and Thermal Effect
Ashish Kumar Sharma
Manoj Kumar Dhiman
Ashish Kumar Sharma1*, Manoj Kumar Dhiman2, Vijyeta Verma2, Vandana2
1Department of Mathematics, IEC University, Baddi (Solan), H.P., India
2Research Scholar Department of Mathematics, IEC University, Baddi (Solan), H.P., India
Plates with the variable thickness have great importance in the modern technology. A simple model is presented to study the effect of thermal gradient on vibration of non-homogenous square plate with varying thickness in x and y directions. Rayleigh-Ritz technique has been applied to obtain corresponding equation of frequency. The natural frequency for the first two modes of vibration is calculated for different values of thermal gradient, taper constant and non-homogenous constant at various points. All the results are presented in graphical and tabular form.
visco-elastic, vibration, square plate, thermal gradient, taper constant, frequency.
Ashish Kumar Sharma, Manoj Kumar Dhiman, Vijyeta Verma, Vandana. Vibration of Clamped Non-homogeneous Square Plate with non- uniform varying Thickness and Thermal Effect. Research J. Science and Tech. 2017; 9(1):71-75.
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