We present a benchmark study of autonomous, chemical agents exhibiting associative
learning of an environmental feature. Associative learning systems have been widely …

A brief review of the development of ideas on extremal principles in the theory of heat and
mass transfer processes (including those in reacting media) is given. The extremal …

Adoption of the hyperbolic Cattaneo–Christov heat-flow model in place of the more usual
parabolic Fourier law is shown to raise the possibility of oscillatory convection in the classic …

Saffman–Taylor instability exhibits a stepwise unstable morphology from a stable interface to
viscous fingering, eventually leading to tip splitting. The nonlinear dynamics of the …

In this paper, we explore the emergence and direct interaction of two different types of
dissipative structure in a single system: self-replicating chemical spot patterns and buoyancy …

Rayleigh convection is an interfacial transport phenomenon in the CO 2 capture and storage
processes. In the present paper, we proposed a mesoscale model to capture the convection …

Multiple authors have claimed that the natural convection of a fluid is a process that exhibits
maximum entropy production (MEP). However, almost all such investigations were limited to …

Heat or mass transfer becomes usually complicated if coupled with fluid flow. To model the
process, the mass, heat, and momentum conservation equations have been well …

The lattice Boltzmann method is an efficient computational fluid dynamics technique that can
accurately model a broad range of complex systems. As well as single-phase fluids, it can …

This work explores the stability and hysteresis effects that occur when a small sink of
momentum is introduced into a heat-driven, two-dimensional convective flow. As per …