The multi-hole orifices (MOs) present significant advantages, including the suppression of
cavitation, enhanced flow stability, noise reduction, and displaying a wide range of potential …

Flow conditioners are widely utilized in pipeline systems to improve the precision of flow rate
measurement in the pipeline systems of the offshore and subsea oil and gas industry. There …

In the present study, numerical simulations using different Reynolds-Averaged Navier–
Stokes (RANS) turbulence models are carried out to investigate the turbulent flow through …

A common passive sampler used to measure NH3 volatilization losses in field studies has a
nozzle with a 1‐mm, round orifice that reduces air flow to increase NH3 adsorption. This …

In this paper, a numerical method is proposed for investigating the flow-induced vibration
(FIV) and acoustically induced vibration (AIV) of a straight pipe with an orifice plate. First, the …

The response and recovery of turbulent pipe flow to three-dimensional perturbed wall
changes were examined numerically in a wide range of Reynolds numbers between R e …

Flow rate measurement is a challenging task in the industry as there is no general-purpose
measuring instrument for all appliances. However, orifice plates with multiple holes can be …

使用计算流体动力学方法对核电机组二回路碳钢给水管道节流孔板下游的流场分布进行数值
模拟, 研究了入口流速和倒角角度对节流孔板下游流场和传质系数分布的影响. 基于Sanchez …

Uncertainty quantification in metrology is formally undertaken using the Guide to the
Expression of Uncertainty in Measurement (GUM) in all major industrial, commercial and …

This study focuses on numerical evaluation of the response and recovery of turbulent pipe
flow to three-dimensional perturbed wall changes at a range of Reynolds numbers. These …