We investigate the spreading of falling ambient-temperature Newtonian drops after their
normal impact on a quartz plate covered with a thin layer of liquid nitrogen. As a drop …

The impact of fluid drops on solid substrates is a cardinal fluid dynamics phenomenon
intrinsically related to many fields. Although these impacting objects are very often non …

The fast stretching of fluid filaments to form either drops or broken threads is sensitive to both
fluid rheology and surface tension and in this paper numerical tools are used to simulate the …

Element-free Galerkin (EFG) method was formulated to simulate elastic fracture in structural
mechanics and it possesses great advantages by allowing more flexible numerical treatment …

We analyse through numerical simulations, experiments, and scaling laws the dam-break
problem for viscoplastic materials. Numerically, both two and three-dimensional (2D and 3D) …

In this paper, physical experiments and numerical simulations were applied to systematically
investigate the non-Newtonian flow characteristics of heavy oil in porous media. Rheological …

The effect of boundary shear flow on hydrodynamic of a pipeline over a fully scoured seabed
is numerically investigated by residual-based large eddy simulations. A generalized-α …

To extend the application of the variational multiscale method to ocean engineering, 2D
residual-based large eddy simulations of flows around a circular cylinder close to a flat …

We introduce a numerical method for the 2D and 3D simulation of dense granular column
collapses using the μ (I) inertial rheology. A sensitivity analysis of column deformation to the …

We propose in this work an adaptive Eulerian framework for the simulation of both boiling
and evaporation phenomena occurring at the interface of a heated 3D solid immersed in a …