Buoyant jets have been a topic of interest due to their presence in various natural and
industrial phenomena, as well as in our daily lives. Covering extensive literature, our focus …

We present the results of an experimental study of the jet flow dynamics where a Newtonian
fluid is horizontally injected, through a circular nozzle, into a tank filled with a viscoplastic …

We perform numerical simulations of planar jets of elastoviscoplastic (EVP) fluid (Saramito
(2007) model) at low Reynolds number. Three different configurations are considered:(i) …

The plug and abandonment (P&A) operation is considered as one of the essential stages
during life cycle of oil and gas wells. During the P&A operation, each well needs to go …

The current study investigates the global flow field characteristics of a submerged annular
viscoplastic jet. The mass and momentum conservation equations, governing the steady …

Velocity and momentum decay characteristics of a submerged viscoplastic non-Newtonian
jet are studied within the steady laminar flow regime. The governing mass and momentum …

An experimental and theoretical study of an axisymmetric, laminar submerged jet of a
pseudoplastic fluid was carried out. The laminar jet was formed by forcing a polymer solution …

In this report, we have examined some of the fundamental mechanisms expected to be at
work during mobilization of the waste within the double-shell tanks at Hanford. The …

Submerged annular viscoplastic jet flows were studied numerically within the steady laminar
flow regime. The impacts of inner-to-outer annular nozzle diameter ratio, and yield number …

Depth of penetration characteristics of a submerged viscoplastic non-Newtonian jet were
studied by numerically solving the governing mass and momentum conservation equations …