Water hammer or flow transients occur due to a sudden variation (over time) in flow
properties that can lead to pipe system failure or damage. In addition, research on wave …

Computational fluid dynamics (CFD) models solved using ANSYS Fluent to simulate the two-
phase geothermal fluid flows in production pipelines using six types of flow meters …

Orifice flowmeters are widely used in industries to measure the flowrate in pipelines. The
flowrate inside the pipe can be calculated using the relationship between the flow velocity …

Measurement of the total mass flow rate of two-phase (steam and brine) geothermal fluid
using sharp-edge orifice plates is gaining wide acceptance by the geothermal industry …

Single-hole orifices are often used for measuring flow rate or controlling the static pressure
in cooling water pipes. However, these orifices disturb the flow in the pipes and cause flow …

The present work describes the airflow characteristics upstream and downstream of the
circular orifice numerically using the standard k-ε model and RSM and experimentally …

Flow rate has a direct influence on the liquid level in any given tank. It is essential to have
information on the flow rate of various liquid flows through the pipe with adequate accuracy …

Pressure pulsations are inevitable in hydraulic transmission systems. Orifices are employed
to damp pressure pulsation to improve the system control accuracy. In the present study, a …

Pressure drop is predicted across the orifice when atmospheric air is flowing through it at
different flow rate. For this purpose MATLAB code is created. Experimental data of pressure …

Coastal ecosystems around the world are commonly affected by frequent flood events, in
particular during winter. This impact is expected to be exacerbated because of climate …