This paper aims to study the stability and dynamic characteristics of the nonlinear hydro-
turbine governing system (HTGS)–power grid (PG) coupling system. Firstly, for the coupling …

New analytical models are introduced to describe the motion of a Herschel–Bulkley fluid
slumping under gravity in a narrow fracture and in a porous medium. A useful self-similar …

Effective hydraulic turbine design prevents sediment and cavitation erosion from impacting
the performance and reliability of the machine. Using computational fluid dynamics (CFD) …

We conducted an experimental study of a yield stress material being displaced upwardly at
controlled flow rate by a Newtonian fluid in an annular space whose external wall consists of …

The study of the interaction of mud-flows with obstacles is important to define inundation
zones in urban areas and to design the possible structural countermeasures. The paper …

An inverse analysis for simultaneous identification of three rheological parameters of non-
Newtonian Herschel-Bulkley fluids from free surface data is presented. The three …

One-dimensional flows of gravity currents within horizontal and inclined porous channels
are investigated combining theoretical and experimental analysis to evaluate the joint effects …

In this work, the effects of partial slip and the magnetic field on peristaltic flow of an
electrically conducting Walter's B fluid through a porous medium are discussed. The …

Numerical study of the slip effects and radiative heat transfer on a steady state fully
developed Williamson flow of an incompressible Newtonian fluid; between parallel vertical …

We study non-Newtonian effects associated with power-law rheology of behaviour index is
modest. The theoretical formulation is validated through experiments conducted during both …