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This paper is devoted to investigating the stability and large time behavior problem on the three‐dimensional Boussinesq equations for magnetohydrodynamic convection near hydrostatic equilibrium by energy method. The stability for the fluids with certain symmetries is built on the spatial domain with being a 1D period box. In addition, the exponential decay of the oscillation parts is established.
This paper is concerned with the viscoelastic damped swelling porous elastic soils with time delay. Under more general assumption on the relaxation function and some specific conditions on the weight of the delay, we establish general decay results by using multiplier method and some properties of convex functions. These results generalize and improve some earlier related results in the literature.
The swelling porous thermoelastic system with the presence of temperatures, microtemperature effect, and distributed delay terms is considered. We will establish the well posedness of the system, and we prove the exponential stability result.
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