… We construct splitting schemes and give some numerical comparisons for typical poroelasticity
problems. The results of numerical simulation of a 3D problem are presented. Special …

… Particularly worth noting is the design of splitting schemes with respect to physical processes,
… of the operator of the problem [17, 18]. For poroelasticity problems, splitting schemes are …

… an unconditionally stable splitting scheme for solving coupled systems of equations arising
in poroelasticity and thermoelasticity problems. The scheme is based on splitting the systems …

… We consider unsteady poroelasticity problem in fractured … -porosity poroelasticity problems
we construct splitting schemes … with solving separate problem for the displacements and fluid …

… The issue of coupling between thermal and mechanical … poroelastic and thermoelastic
coupling coefficients. … Dividing all terms by the bulk volume gives(25) d V p V b = 1 V …

… splitting scheme knowninformally as the ‘𝐿-scheme’. These six algorithms involve different
combinations of coupling / decoupling of the three subproblems … classical thermoelasticity to a …

… suitable for the poroelastic and thermoelastic problems. In this … is achieved by dividing the
boundary of the problem into a number of … and utilizing a time marching scheme. In the present …

… We construct unconditionally stable splitting schemes with respect to physical processes,
when the transition to a new time level is associated with solving separate problems for the …

… We establish a generalization of the thermoelasticity wave … We solve the stiff problems with
the Crank–Nicolson time-… -stepping scheme, which yields the same solutions as the splitting …

… In this paper, we consider the numerical solution of poroelasticity problems … challenges
associated with mechanics and flow problems in heterogeneous media. The two primary issues …