Electroelastic analysis for a sheared <i>D</i><sub>∞</sub> piezoelectric cylinder disturbed by transient temperature distribution

For safe and sound utilization of the applications made polylactic acid that output an electric signal to intended mechanical input within undesirable thermal environment, transient thermoelectroelastic field is investigated for infinite cylinder with D∞ symmetry subjected shear stress as temperature unfavorable environment. By use analytical technique constructed previously, quantities are represented in terms elastic, piezoelastic, thermoelastic displacement potential functions function, governing equations these presented. Then, solutions non-axisymmetric obtained using Fourier Laplace transformations respect axial coordinate time variable, respectively, expansion circumferential coordinate. Subsequently, numerical calculations performed investigate due or temperature. As a result, structures respective fields elucidated effect disturbance on quantitatively, both which illustrate significance three-dimensional analysis.