Title of article :
3D Thermoelastic Interactions in an Anisotropic Lastic Slab Due to Prescribed Surface Temparature
Author/Authors :
Debkumar, Gh Department of Mathematics - Jadavpur University - Kolkata, India , Abhijit, L Department of Mathematics - Jadavpur University - Kolkata, India , Kumar, R Department of Mathematics - Kurukshetra University, India , Surath, R Department of Mathematics - Brainware College of Engineering - Barasat - Kolkata, India
Pages :
20
From page :
502
To page :
521
Abstract :
The present paper is devoted to the determination of displacement, stresses and temperature from three dimensional anisotropic half spaces due to presence of heat source. The normal mode analysis technique has been used to the basic equations of motion and generalized heat conduction equation proposed by Green-Naghdi model-II [1]. The resulting equation are written in the form of a vector –matrix differential equation and exact expression for displacement component, stresses, strains and temperature are obtained by using eigen value approach. Finally, temperature, stresses and strain are presented graphically and analyzed.
Keywords :
Eigenvalue , Generalized thermoelasticity , Normal mode analysis , vector-matrix , Differential equation
Journal title :
Astroparticle Physics
Serial Year :
2018
Record number :
2433758
Link To Document :
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