Orifice plates or flow restrictions are key components used in industry for flow measurement and control. They find application in gas and liquid circuits of, e.g., lithography machines, nuclear power plants and aerospace propulsion systems [1]. They are used typically either for measuring flow-rate or to introduce a pressure drop for purposes of flow balancing. It is widely acknowledged in literature that the turbulent, unsteady nature of the flow through an orifice can be a source of structural vibration [Aerodynamic
The Flow-induced vibration has recently been the topic of experimental, numerical, and theoretical s...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The object of this investigation was to compare the relative merits of eccentric and segmental orifi...
Orifice plates or flow restrictions are key components used in industry for flow measurement and con...
Orifice plates are key components used for flow measurement and control in several industries. For i...
Orifice flows were used as water clocks since the Antiquity up to the 16-th century. Today the sand ...
The flow passing through a sharp-edged orifice is studied using two experimental techniques over a p...
Current need for cost and energy savings increases the demand for accurate measurement of mass flow ...
The flow passing through a sharp-edged orifice is studied using two experimental techniques over a p...
This project simulates and compares the performance of two types of flow restrictors, namely single-...
High precision manufacturing machines often require extremely tight tolerances in their end products...
A flow impedance device is provided for an obstruction flowmeter for determining the flow rate of a ...
The unique unsteady behavior of flow system components causes a major obstacle to the development of...
In order to understand the behavior of multi-phase flow through orifices in horizontal pipes, an exp...
The Flow-induced vibration has recently been the topic of experimental, numerical, and theoretical s...
The Flow-induced vibration has recently been the topic of experimental, numerical, and theoretical s...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The object of this investigation was to compare the relative merits of eccentric and segmental orifi...
Orifice plates or flow restrictions are key components used in industry for flow measurement and con...
Orifice plates are key components used for flow measurement and control in several industries. For i...
Orifice flows were used as water clocks since the Antiquity up to the 16-th century. Today the sand ...
The flow passing through a sharp-edged orifice is studied using two experimental techniques over a p...
Current need for cost and energy savings increases the demand for accurate measurement of mass flow ...
The flow passing through a sharp-edged orifice is studied using two experimental techniques over a p...
This project simulates and compares the performance of two types of flow restrictors, namely single-...
High precision manufacturing machines often require extremely tight tolerances in their end products...
A flow impedance device is provided for an obstruction flowmeter for determining the flow rate of a ...
The unique unsteady behavior of flow system components causes a major obstacle to the development of...
In order to understand the behavior of multi-phase flow through orifices in horizontal pipes, an exp...
The Flow-induced vibration has recently been the topic of experimental, numerical, and theoretical s...
The Flow-induced vibration has recently been the topic of experimental, numerical, and theoretical s...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The object of this investigation was to compare the relative merits of eccentric and segmental orifi...