Classical coupled thermoelasticity in laminated composite plates based on third-order shear deformation theory

Three-dimensional thermal shock plate problem within the framework of different thermoelasticity theories

“…The material parameters used here are due to the physical data of copper-like material at ܶ = 293 ‫:ܭ‬ ߣ = 7.76 × 10 10 Figure 2 presented the distribution of temperature ߠ due to the G-L theory only against the ‫ݔ‬ and ‫ݖ‬ directions and versus the aspect (ܽ/ܾ) and side-to-thickness (ܽ/ℎ) ratios for different values of the time parameter t. The CTE and L-S theories aren't used in Figure 2 since they give the same temperature as G-L theory with very view relative errors. Figures 3-11 compared the results due to all theories obtained for displacements and stresses against the ‫ݔ‬ and ‫ݖ‬ directions, and versus the aspect ratio ܽ/ܾ when ‫ݐ‬ = 0.5.…”

“…He et al [9] have considered a generalized electromagneto-thermoelastic coupled problem of a perfectly conducting half-space solid subjected to a thermal shock on its surface based on the L-S theory. Daneshjo and Ramezani [10] have proposed a new mixed finite element formulation to analyze transient coupled model of dynamic thermoelasticity for laminated composite and homogeneous isotropic plates. Zenkour and Abbas [11] have presented the G-N theory to study the influence of the magnetic field for the thermal shock problem of a fiber-reinforced anisotropic half-space.…”

Thermoelastic–Structural Analysis of Space Thin-Walled Beam Under Solar Flux

“…(24), we assume that the temperatures in these terms including _ U and _ W in Eq. (24) are constants [7,8], in which the perturbation temperature is the initial value 0 K because it is far smaller than the average temperature, and the average temperature is the steady-state value T ss [1,6]. In addition, the thermal characteristic time τ given in Ref.…”

“…For thermal-structural analysis, the heat conduction equation in thermal analysis is established based on the conservation of energy with neglect of the work done by external forces and the kinetic energy. According to the thermoelasticity theory, however, the strain rate coupling term exists in the heat conduction equation because the work should be included in the process of deriving the equation [7,8]. That is, the coupling effect between strain and temperature fields is considered in the thermoelastic-structural analysis.…”

Dynamic investigation on composite flexible multi-body system considering thermal effect

“…Wu et al [13] studied the thermal response of laminated composite plates subjected to actual temperature field by using the globallocal higher-order theory. Daneshjioo [14] proposed a mixed finite element formulation to analyze the transient coupled thermo-elastic problem.…”