Sentence examples for engineering process control from inspiring English sources
In all kinds of industrial control system (embedded, real-time, and distributed control systems) and for all kinds of industrial control engineering (process control, motion control, and production automation), industrial computers and controllers play a key role.
The main goal of this article is to present a methodology and a framework that is able to bring together two important concepts: Engineering Process Control (EPC), which was developed by process engineers to achieve short time control, and Statistical Process Control (SPC), conceived and implemented by statisticians and quality managers for attaining medium and long term control.
This chapter discusses the engineering process control of bioseparations.
To deal with these characteristics Engineering Process Control strategies can be applied.
Furthermore, the engineering process control approach reveals a better improvement over the transfer function approach.
The primary purpose of SQC is systems engineering process control through sampling measurement of specification quality.
The ability to tailor microalgal N P uptake ratio and target an optimal energy storage metabolism with traditional engineering process controls (such as SRT) may enable advanced nutrient recovery facilities to target continuous and reliable dual limitation of nitrogen and phosphorus.
In the second level (application engineering), the process control software is engineered using the results of the infrastructure level.
In the last three decades, it has been constantly studied and widely applied in various engineering practice, such as robotics, freeway traffic control, biomedical engineering, industrial process control, et cetera [2 9].
Laboratories abound; for undergraduates, laboratory courses are provided in general chemical engineering and process control (required of all students), applied kinetics, polymers, and biochemical engineering.
These results point to the possibility of modulation of the magnetic properties of vulcanized natural rubber composites by means of a suitable engineering process to control the concentration, size and shape of magnetic nanoparticles and agglomerates.
