Continuum models of media with zero pressure are widely used in various branches of
physics and mechanics, including studies of a dilute dispersed phase in multiphase flows. In …

The effects of droplet inertia and turbulent mixing on the droplet number density distribution
in a turbulent flow field are studied. A formulation of the turbulent convective diffusion …

A transient axially symmetric two-phase vortex-ring flow is investigated using the one-way
coupled, two-fluid approach. The carrier phase parameters are calculated using the …

A meshless method for modelling of 2D transient, non-isothermal, gas-droplet flows with
phase transitions, based on a combination of the viscous-vortex and thermal-blob methods …

A novel methodology is presented for reconstructing the Eulerian number density field of
dispersed gas‐droplet flows modelled using the fully Lagrangian approach (FLA). In this …

Предмет исследования: исследование направлено на преодоление таких проблем, как
учет совместной работы сооружения с основанием, а также моделирование бетонных …

A combined fully Lagrangian approach for meshless modeling of unsteady axisymmetric
vortex flows of a gas-particle mixture with an incompressible carrier phase is developed. The …

An approach to modelling the unsteady axisymmetric vortex flows of a gas-dispersed
mixture with an incompressible carrier phase is developed. Numerical modelling of …

A brief overview of some recent developments and future challenges in spray modelling is
presented. The focus is on the comparative analysis of Lagrangian and Fully Lagrangian …

Развивается комбинированный полностью лагранжев подход для бессеточного
моделирования нестационарных осесимметричных вихревых течений газодисперсной …