This work demonstrates the applicability of the wavelet directional method as a means of
characterizing the free surface dynamics in shallow turbulent flows using a small number of …

Large floating structures, such as liquefied natural gas (LNG) ships, are subject to both
internal and external fluid forces. The internal fluid forces may also be detrimental to a …

The present work provides the turbulence characteristics of oscillating flow through passive
grid under rigid boundary influence by adopting an experimental approach. The oscillations …

The study of turbulence in complex fluids is of great interest in many environmental and
industrial applications, in which the interactions between liquid phase rheology, turbulence …

Turbulence is considered to be the result of coupled time-averaged and pulsating velocities,
making it difficult to distinguish the respective effects, and the quantitative effect of turbulent …

The reaeration coefficient (K a) is an essential parameter to predict the dissolved-oxygen
concentration in different aquatic ecosystems. The techniques applied to K a estimates …

An experimental investigation was carried out to study the grid generated turbulence under
the influence of rigid boundary for current-only and pulsating flow environment. The …

Oscillating grids are frequently used with water and Newtonian fluids to generate controlled
turbulence and mixing. Yet, their use with shear thinning fluids still requires experimental …

Oscillating grid apparatuses are well known and convenient tools for the fundamental study
of turbulence and its interaction with other phenomena since they allow to generate …

The physical phenomena of liquid bodies' with free surface are of wide interest in the fields
of ocean engineering and coastal engineering. To understand and research the physical …