Diagramas termodinámicos interactivos de los ciclos de potencia atkinson y brayton con regeneración: diagramas termodinámicos interactivos del ciclo de potencia brayton con regeneración.

Abstract

This document describes the design and use of the tool (DT-BrReg), which will be used to improve the teaching-learning process. This software has been developed using Python programming language, so the software created is free and accessible through an executable. Solve the Brayton cycle with regeneration with ideal air gas as working substance, is the aim of this project, through the exact method and approximate method, applying the considerations of classical thermodynamics. The software allows solving the Brayton type problem with regeneration both numerically and graphically to obtain the energy, entropy, and exergy diagrams. The user can interact through this program changing the value of the variables in a logical range to make comparisons and predict the behavior of the thermodynamic cycle, making it an interactive software. In addition, this document describes important parameters to consider in the creation of a new concept of graphical representation in power cycles and give some tips for the creation of the GUI (graphical user interface).