Sažetak Determining thawing times of frozen foods is a challenging problem as the
thermophysical properties of the product change during thawing. A number of calculation …

In this paper, we propose two implicit compact difference schemes for the fractional cable
equation. The first scheme is proved to be stable and convergent in l∞-norm with the …

A fractional reaction–diffusion model with a moving boundary is presented in this paper. An
efficient numerical method is constructed to solve this moving boundary problem. Our …

In this study, singular boundary method (SBM) is employed for solving fractional cable
problem in two dimensional space with initial and Dirichlet-type boundary conditions. The …

In this paper, a high-accuracy conservative difference scheme is presented to solve the
initial-boundary value problem of the Zakharov equations, which preserves the original …

Poultry sausages are available on the Russian market. The solution of the problem of
increasing the volume and expanding the range of these products requires the introduction …

Sausages from poultry meat are present on the domestic market. In this regard, the problem
of improving the competitiveness of these products is urgent. One way to solve this problem …

In this paper, we study high-order compact schemes for semilinear parabolic moving
boundary problems. We first convert the original problem into an equivalent one defined on …

En este trabajo se emplea el método numérico de Crank-Nicolson, con aplicación en
computación, para resolver la ecuación de Schrödinger dependiente del tiempo para …

We consider a reaction‐diffusion equation with a traveling heat source on an unbounded
domain. The numerical simulation of the problem is difficult because of the moving …