The equation of motion for an accelerating particle is complicated to solve, primarily
because of the Basset-history term. Therefore, most solutions found in the literature are …

This investigation deals with the mechanics of movement of singular quartz gravel and
coarse sand riverbed particles upstream and over the inlet key of three Type A piano key …

Acceleration length and time are required for various aspects of system design. However,
simple and accurate equations that can be used by designers are lacking. Therefore, in this …

The terminal velocity and drag coefficient are vital parameters for designing industrial
systems involving free-falling particles. While the literature on spherical particles is …

Up and down motion of a spherical conductive particle in dielectric viscous fluid driven by a
DC electric field between two parallel electrodes was investigated. A nonlinear differential …

The acceleration length of nonspherical particles is required for various aspects of system
design. However, no simple or usable equations can be found in literature. Therefore, this …

The history force model accounts for temporal development in fluid gradients in the viscous
region surrounding a particle in point particle methods. The calculation of the history force …

The absorption of steam bubbles in a hot aqueous solution of Lithium Bromide is a key
process that occurs in the absorber vessel of a heat transformer system. During the …

Motion of spheres falling through fluids is a classical problem in fluid mechanics. The
problem is solved for steady motion and other special cases such as for small and large …

In this study, the dynamics of the accelerated and steady-state motion of a single bubble in a
quiescent highly viscous Newtonian liquid was investigated theoretically and …