The effect of the downstream plate on the vortex-induced vibration (VIV) of the cylinder is
numerically studied for the first time by using the fluid-structure interaction method. The …

The current work investigates flow-induced vibrations for air-water two-phase passing
through bends. The vibration of a 90° U-bend structure with a radius to diameter ratio of 0.4 …

Parametric resonances of pipes caused by pulsating fluids have received much attention.
However, the main concern is the pulsation of subcritical flow. Moreover, it is usually based …

The flow within a control valve is complex, particularly for choke types with multiple entries.
Despite the abundant use of control valves in pressure-reduction applications across …

The vortex-induced vibration (VIV) of a rigid cylinder which can rotate counterclockwise in a
plane linear shear flow is numerically simulated within the range of reduced velocity 3≤ …

The purpose of the present computational fluid dynamic analysis is to investigate the
turbulent flow and heat transfer characteristics of air inside a constant temperature-surfaced …

The article presents the results of mathematical and computer modeling of the oscillatory
processes of viscoelastic pipelines considering stationary external loads. A mathematical …

Purpose The purpose of this study is to create a mathematical model, a numerical algorithm
and a computer program for studying the vibration of composite pipelines based on the …

Structural vibration of gas pipeline systems can be strongly affected by the response of the
acoustic domain represented by the gas being transported through pressurized pipes …

In the present study, a hydraulic shock absorber is proposed. Since the damper is mainly
used in suspension energy recovery system, the dam** characteristics of the damper …