Sentence examples for pipeline parameters from inspiring English sources

To build in the pipeline model, the pipeline parameters were assigned with values shown in Table 1.

Key pipeline parameters are number of pipeline stages, latency, clock cycle time, delay, turnaround time, and throughput.

The effects of the overload parameters, pipeline parameters and surrounding soil parameters on the stress strain response of the buried pipeline were discussed.

This paper puts forward a quantitative evaluation approach to pressure and flowrate sensitivity of waterflooding pipeline networks firstly, and concludes that the pressure and flowrate sensitivity are related to network topological structures, pipeline parameters and current operation flowrates.

Lumped (vessel-type) and distributed (pipeline) parameters systems have been modelled with the aim to characterize the pressure evolution during the elastic phase and to evaluate the significance of the associated duration.

Effects of pipeline parameters (internal pressure, wall thickness, diameter, buried depth) and perilous rock parameters (impact velocity, radius, eccentric distance) on deformation, stress and strain of the buried pipeline were discussed.

The design process required to optimize the pipeline size parameters.

Thus, the numerical model can be widely applied to predict the pipeline operating parameters and global fluid properties which are essential to the design of downstream equipment and the guarantee of flow assurance.

Design methods are presented to derive requisite pipeline design parameters (i.e., depth and sizing of delay lines in SEFFs) and operating conditions (i.e., supply voltage and operating frequency of the design) in presence of process-induced variations.

The aims of the study were; to investigate the impact of typical CO2 pipeline design parameters (diameter, wall thickness and length) as well as CO2 mass flow rate and pipeline inlet and outlet pressure on the available line-packing time and; to derive relationships between the key variables to allow designers to optimise the line-packing time for a pipeline system.

Such a method could be easily used to assess new/updated analysis procedures and to inform the choice of analysis pipeline, analysis parameters or even of experimental tools.