Pipe-end Flow Meter

Numerical Simulation and Verification of Weight Function of Electromagnetic Flow Meter with Non-insulation Pipe Wall

Weight function distributions for an electromagnetic flow meter with a non-insulating pipe are numerically simulated and verified. The weight function distribution is very important for solution of flow velocity of distribution. In this paper, a finite element method (FEM) is used for solving the weight function distribution for this novel electromagnetic flow meter. First of all, a numerical s...

High-End Meter Demonstration Board

The STEVAL-IPE006V1 is an integrated system designed to provide a complete demonstration of a high-end solution for power metering. It shows no compromise measurement of active, reactive and apparent energies, load management and automatic meter reading via a power line modem, antitampering both on neutral wire and meter box, surge protection and in-application programming. The demonstration bo...

Manipulating Flow Structures in Turbulent Pipe Flow

Two different tools, the non-empirical resolvent analysis and the data-based dynamic mode decomposition, are employed to assess the changes induced by transpiration in the dynamics of a turbulent pipe flow. The focus is on very large-scale motions. Both analyses permit the observation of streamwise waviness in the large flow structures and how the transpiration can inhibit fluctuation in locali...

End - To - End Scaling : The Response Time Pipe CMG

The notion of scaling used to mean “How big do we have to make the server?” Unfortunately, the new e-business approach to applications has spread the work across many different components owned by many different organizations. Now, when we talk about scaling, we have to address networks, storage, security, application architecture, and even other entire applications. This paper proposes an appr...

In Line Flow-meter Calibration