Thermoelastic waves in a fractional-order initially stressed micropolar diffusive porous medium
Thermoelastic waves in a fractional-order initially stressed micropolar diffusive porous medium
Blog Article
The research article is the analysis of wave propagation in an initially stressed micropolar fractional-order derivative thermoelastic diffusion medium with voids.The governing Wagner Ring Dataset: A Complex Opera Scenario for Music Processing and Computational Musicology equations in the context of generalized fractional-order derivative thermo-elasticity are formulated and the velocity equations are obtained.The plane wave solution of these equations indicates the existence of six plane waves, namely coupled longitudinal displacement (cL), coupled thermal (cT), coupled mass diffusion (cMD), coupled longitudinal void volume fraction (cV), coupled transverse displacement (cTD), and coupled transverse micro-rotational (cTM) waves.The sets of coupled waves (cL), (cT), (cMD) Degradação de pastagens na Região Amazônica: propriedades físicas do solo e crescimento de raízes Pasture degradation in the Amazon region: soil physical properties and root growth and (cV) are found to be dispersive, attenuating and influenced by the presence of thermal, diffusion and voids parameters in the medium.
The speeds of coupled transverse displacement (cTD), and coupled transverse micro-rotational (cTM) waves are not affected by thermal, diffusion and void parameters.The speeds of the plane waves, cL,cT,cMD,andcVare computed for a particular material and plotted against the thermal parameter, frequency, initial stress, diffusion and void parameters.