The Rayleigh collapse time is the time it would take to shrink an empty spherical bubble in
an infinite liquid domain to zero size, which is a function of ambient pressure and initial …

The purpose of this work is to apply a new method for the growth behavior of bubble
dynamics in N-dimensional turbulent Al 2 O 3/H 2 O-nanofluid for bubble dynamics …

The aim of this study is to focus mainly on the behavior of gas bubble growth under the effect
of a magnetic field in $ N $-dimensions of non-Newtonian hybrid nanomaterials. Many types …

The cavitation of the tip leakage vortex (TLV) induced by tip leakage has always been a
difficult problem faced by turbomachinery, and its flow structure is complex and diverse. How …

Recently, an asymptotic solution of the Rayleigh equation for an empty bubble in N
dimensions has been obtained. Here we give the closed-form general analytical solution of …

The present manuscript is devoted to study the theoretical analysis of pressure relaxation
time (PRT) of N-dimensional spherical bubble dynamics immersed in Fe3O4/H2O nanofluid …

The dynamic characteristics of multiple gas-filled spherical bubbles in three types of typical
spatial locations are investigated analytically through a modified Rayleigh–Plesset equation …

A discontinuous cavitation model (DCM) containing the effects of ambient overpressure,
incondensable gas, inertia, viscosity, surface tension, characteristic nuclei size, and …

Temporal dynamics of gas-filled spherical bubbles is often described using the Rayleigh–
Plesset equation, a special case of the Navier–Stokes equations that describes the …

The nonlinear dynamics of empty multi-bubbles with the same distance and initial conditions
are studied analytically through a modified Rayleigh–Plesset equation. The collapse time …