The water hammer, resulting from sudden valve closures or similar operations, is a primary
cause of leakage and damage in fluid-conveying pipe systems. This work aims to investigate …

Pump dynamic operational conditions result in extreme transient events that can enhance
the response of pi** networks. The predominant transients during rapid startup and …

During water hammer wave propagation, pressure and velocity fields vary over time due to
transformations between strain and kinetic energies. In the literature, some energy …

Pipe structures are commonly employed in modern industries. However, the transient
pressure induced by water hammer leads to a high risk of structural damage, highlighting …

The expending global economy is expected to result in a shortage of mineral resources.
Deep-sea mining offers a promising solution to this problem by using the hydraulic lifting …

The inline or branching water hammer control strategies, which are based on the insertion of
compound plastic short-penstock or inline section at the transient-induced region of main …

Modeling transient flow in networked dynamical systems characterized by hyperbolic partial
differential equations (PDEs) is essential to engineering applications. Solutions of …

The monolithic classical and extended fluid-structural interaction water hammer models are
based on the simplified ring hypothesis to characterize the structural radial response of the …

Water hammer caused by the closing or opening of valves during pipeline operation and the
condensation-induced water hammer phenomenon will occur during steam-water direct …

Due to the heave motion of ships, the longitudinal vibration of the lifting system is considered
as the critical dynamic response. Neglecting the effect of the flexible hose attached to the …