Diseño y simulación de un banco de pruebas hidrostáticas hasta 30.000 psi para sistemas industriales

Abstract

The project aims to design a hydrostatic test bench for elements that work at pressures up to 30,000 PSI, be transportable and maneuverable, with the purpose of testing large items at their location, without having to move it. The equipment must meet the test pressures of the ASME, ASTM, ANSI, ISO and NRF standards as reference, in case of not having a standard as reference it is recommended to consider the general rule established by Manuel Viejo (Viejo, 2005), the Test pressure should be twice the working pressure and remain at that minimum pressure for 30 minutes. The method used for its development has been implemented the manual of concurrent design of Carlos Rivas. The house of quality allows to determine the requirements of the user, so that it is transportable and maneuverable, once obtained the necessary elements. Additional materials will be selected to be used, each selection will be checked with analytical methods and software. The modeling of the hydrostatic test bench allows to determine an alternative to be able to transport it, with the list of elements can be made a budget of the prototype, comparing with imported equipment has a 20% cheaper equipment.