Post Graduate, Department Of Physics & Research Centre, J.V. Jain College, Saharanpur, U.P, India
Online published on 8 November, 2017.
The analysis is presented here for the design of engineering systems where materials and uniform structures are used. In this study the damping effect on thermal vibrations of an isotropic, elastic, rectangular plate of uniform thickness is considered. The frequencies corresponding to first four modes of vibration have been computed for the different combinations of boundary conditions and various values of thermal gradient and damping parameter by applying the method of Frobenius for the solution of the governing differential equation of motion.
Young modulus, Thermal gradient, Damping parameter, frequency parameter, Deflections and Moments
