To validate the applicability of basic cavitating flow theory for high-pressure flow systems,
this paper presents a systematic study of high-pressure flow through a thick orifice plate in a …

The flow systems in nuclear power plants and aircraft engine fuel pipelines are often
subjected to extreme high-pressure conditions, which can induce cavitation and severely …

Two-phase flow pressure drop through singularities such as thin and thick orifices has been
experimentally investigated. The study refers to air–water horizontal flows in 60 and 40 mm …

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 …

Two-phase flow pressure drops through thin and thick orifices have been numerically
investigated with air–water flows in horizontal pipes. Two-phase computational fluid …

Multi-fidelity information fusion has attracted increasing attention in the recent for its
promising in engineering design and optimization. However, most of the existing fusion …

Compared to single-hole orifices (SOs), multi-hole orifices (MOs) have smaller orifice sizes
and various patterns of orifice distribution. The geometric description of MOs is more …

Flow restricting orifices are important components for flow and pressure control in the oil,
gas, and power generation industries. In many situations, the piping systems are operating …

The performance of orifice plates in real-time monitoring of oil, gas and water standard flow
rates was investigated. To this end, a multi-rate test was implemented in two production …

Traditional devices like orifice meters play a crucial function as a flow measuring device
because there is inaccuracy in the measurement of the flow measuring device concern. The …