Abstract
The controlled displacement of large masses or response to loads is guaranteed by implementing hydraulic systems. The capacity of these systems implies the cylinders' design and the pump power that drives the working fluids. In this regard, the reference to the construction planning of an industrial melting furnace is an example of analysis. Before determining the characteristics of the implicit hydraulic systems, the required element displacement magnitudes were determined. In addition to the load profiles according to the geometric and density characteristics of the materials used to consolidate the equipment during operating conditions, the data obtained by applying reaction analysis and the concept of force multiplication (Pascal's law) determined the equipment characteristics. Likewise, these characteristics are used to select the commercial elements, considering a safety factor for good performance.
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