Behavior of Thermoelastic Thick Plate Under Lateral Loads

Evaluation of inverse Fourier transforms through romberg integration

“…I could collect only fifty of them, which are published in the international journals devoted to mechanics of solids. They are Kumar (1996, 1997), Deswal (2000, 2001), Kumar and Choudhary (2001, 2003, Kumar and Rani (2004,b,c, 2006, Kumar and Ailawalia (2004,b,c,d, 2006a, Choudhary and Deswal (2008), Choudhary (2008, 2009), Kumar et al ( , 2004aKumar et al ( , 2003b, Kumar and Devi (2008), Gupta (2008, 2009a,b,c), Kumar and Rupender (2009a,b,c), Garg et al (2004), Ezzat et al (2001), Othman (2003), Sharma and Chauhan (2001), Sharma and Chand (2005), Sharma et al (2000Sharma et al ( , 2004Sharma et al ( , 2005Sharma et al ( , 2006Sharma et al ( , 2008a, and Ram et al (2008). In most of these references, the same procedure (as explained in section 2) is mentioned to numerically evaluate the inverse Fourier transforms appearing in the theoretical derivations there.…”

Coupled thermoelasticity of functionally graded cylindrical shells

“…They employed the Flü gge second-order shell theory with the linear temperature distribution across the shell thickness, and studied the effect of normal stress and coupling. Sharma and Sharma (1999) presented the thermoelastic response of thick axisymmetric solid plate subjected to sudden lateral loading and thermal shock. Shiari et al (2003) extended the EslamiÕs work to analyze the thermo-mechanical behavior of the multilayer orthotropic composite cylindrical shells subjected to the thermal shock loads.…”

Effect of Michell Function on Steady State Behavior of Thick Circular Plate with Internal Heat Generation

“…Roy Choudhary (1972) has determined the quasi-static thermal stresses in thin circular plate. Sharma et al (2004) studied the behavior of thermoelastic thick plate under lateral loads. Gogulwar and Deshmukh (2005) determined the thermal stresses in thin circular plate with heat sources.…”