We study the behavior in time of solutions to several systems equations for porous-thermo-elastic problems when one variables is considered be quasi-static or, other words, whose second derivative can neglected. analyze three different situations using classical Fourier law and also type II or III Green–Naghdi heat conduction models.

Steel fiber reinforced self-compacting concrete (SFRSCC) inherits the advantages of (SCC) characterized by sound fluidity and self-compaction. Meanwhile, addition steel has enhanced roughness ductility substratum. This paper designs SCC two different strength grades, including C40 C60, conducts SFRSCC quasi-static mechanical property test split tensile test. Uniaxial is carried out through desi...

We study the quasi-static limit for $L^\infty$ entropy weak solution of scalar one-dimensional hyperbolic equations with strictly concave or convex flux and time dependent boundary conditions. The quasi-stationary profile evolves equation, whose is determined by stationary corresponding to data at a given time.