Leaves falling in air and bubbles rising in water provide daily examples of nonstraight paths
associated with the buoyancy-driven motion of a body in a fluid. Such paths are relevant to a …

Structures in contact with fluid flow, whether natural or man-made, are inevitably subject to
flow-induced forces and flow-induced vibration: from plant leaves to traffic signs and to more …

This review presents a systematic analysis of the published literature on flow regime
mapping and effects of external disturbances for flow past a single stationary sphere …

This work is devoted to the numerical calculation of heat and fluid flow past spherical
particles and non-spherical particles of various shapes. Although numerous works have …

The scenario of transition to chaos for a sphere falling or ascending under the action of
gravity in a Newtonian fluid is investigated by numerical simulation. The mathematical …

The drag, lift and moment coefficients of differently shaped single particles have been
determined as a function of the angle of incidence at particle Reynolds numbers between …

Direct numerical simulations of the flow past a fixed oblate spheroidal bubble are carried out
to determine the range of parameters within which the flow may be unstable, and to gain …

The wakes behind square cylinders with variation in incidence angle are computed over a
range of Reynolds numbers to elucidate the three-dimensional stability and dynamics up to …

Flow transitions are an important fluid-dynamic phenomena for many reasons, including the
direct effect on the aerodynamic forces acting on the body. In the present study, two …

We report the results of three experiments on elastic electron scattering from 3H and 3He. A
detailed description of the experiments and the data obtained is given. We have performed a …