A method for determining pore size distribution for a porous medium from long-time straining-
dominant mono-sized suspension injection is proposed. The aim is avoiding using multiple …

Non-monotonic retention profiles (NRP) have been observed in numerous studies of
colloidal-nano flows in porous media. For the first time, we explain the phenomenon by …

The article deals with the application area and features of the regenerative pumps. The main
disadvantages of the existing methods for the design of the vortex pump flow part are given …

Two-phase transport of colloids and suspensions occurs in numerous areas of chemical,
environmental, geo-, and petroleum engineering. The main effects are particle capture by …

The article studies axi-symmetric suspension and nano-colloidal transport with size-
distributed fines in subterranean reservoirs and presents non-monotonic behaviour of the …

The time-dependent evolution of self-stressed state in additively produced thermolastic
cylinder during the additive process and after its completion is studied. The time-dependent …

The evolution in time of stresses and strains in a solid during its manufacturing through
selective laser melting (SLM) process is studied. The technological technique, which allows …

The study is aimed at mathematical modeling of non-stationary temperature and stress-
strain fields in growing thermoelastic cylinder, which growth is due to the layer-by-layer …

In this paper, an efficient computational solution technique based on the energy balance
equations is presented for the dynamic analysis of shear-frames, as an example of a multi …

The study of filtration problem is important when designing and constructing structures on
water saturated ground. The filtration of a suspension with particles of different sizes moving …