Fluid dynamics analysis for a production line
Abstract
Magnetic filters are used on companies for mass flux and volume flux values that helps to cover day-to-day production. This work begins describing the problem of magnetic filters fractures as industrial interest. A brief description of how magnetic filters must work on application, according to requirements on process line. On next sections is possible to find the explaining of structural fracture and mistakes on the design or data sheet usually not considered on guaranteed policy. Are mentioned more than one math modeling, taking the simplest to show the effective value of maximum pressure tolerated on magnetic filters differs from estimated for controlled conditions. Solutions shown on the article are a first approach of a future general model theory that could explain how applied science works on a factory where there is no time to stop production. This work relates math model and some values on application, meaning both the project hypothesis modeling on factories requirements for their equipment. Results depict volume, velocity, density, and pipeline relation to the pressure increase over the values on data sheet from quality department tests. Conclusions describe the connection of the math model analysis and with real situations on the application or possible structural damage. And its relationship with the proper function of magnetic filters for the purpose of lifespan analysis on future works. This work is a proof that on few weeks, companies can have a solution for their problems letting them to buy some time to avoid any future issue.
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