Diseño y simulación de una perfiladora de rodillos de cuatro estaciones para canaletas de agua lluvia con láminas de acero galvanizada de 0.7mm de espesor y 200mm de ancho

Abstract

The project will consist of the design and simulation of a profiling machine, in which the information about the same galvanized steel that is used in the industry for various types of forming will be presented, taking advantage of its properties and characteristics. The selection of the mechanism used in the industry to obtain the rainwater channel varies from simple profiling machines to machines that have automation, as well as various types of configurations depending on the type of profile to be formed. There are several types of profiling machines that are used to manufacture the rainwater channel. Starting with an analysis of alternatives and evaluation of factors that influence it, we find the best solution that meets the needs of this project. The formulas and calculations required for the design of the fundamental elements are considered, in the same way the selection of catalog elements that are related in the design of the profiling machine is constituted. Each designed element is subjected to a static simulation, using the finite element methodology, through different specialized software for each case. The calculations and simulation carried out are statically, because the process of forming the rainwater channel is carried out at a low speed and thanks to this the fatigue calculations in the designed elements will not be performed. In addition, the possible costs that can be generated in the assembly and construction of the designed elements and catalog elements for the equipment will be analyzed. This analysis was performed with preforms obtained from different distributors. In this way you can have an approximate investment cost in case you want to carry out the construction of this project.