Diseño y simulación de un tanque de 220 litros mediante software especializado para mezclado de cerámicos de fundición

Abstract

The design of a 220 L tank, based on the data provided by the Foundry and Industrial Machining industry (FMI), with volume being the fundamental basis for obtaining the initial sizing of the tank. Based on the lost wax casting technique and machine element design criteria, the work methodology was defined to detail and select parameters such as type of agitator, material recommended in the industry for construction and required welding. Considering parameters such as geometry, wall thickness and pressure. Next, the shape of the appropriate agitator and the other mechanisms that make it up were selected, such as the axis, blades, among others, in addition to the components that are responsible for the power such as a geared motor and a frequency variator. Subsequently, the mixing time was calculated and analyzed to numerically determine the homogeneity of the mixture. For the simulation of static loads, the SolidWorks software was used, obtaining results with which the correct operation of the main parts of the equipment such as the structure, the tank, the agitation system, and the elevation system can be confirmed. According to the basic concept of automation, the design complies with a semi-automatic closed system for mixing time control. Finally, an economic study was carried out to determine the total value of the equipment.