EPSILON: Exergy Analysis Tool

Epsilon V4.0

m.aguirre — 2022-08-24T16:24:45Z

Code under development :
It will extend the current capabilities to cover unsteady flows. See current work status here

Expected release date : 2024

Epsilon V2.0

m.aguirre — 2022-08-24T15:16:10Z

Release date : 05/03/2020
See the installation procedure in the User's Manual of Epsilon V2 or in the video tutorial section
_{Note that Epsilon V2.0 is only compatible with ParaView versions with Python 2.7 (i.e., ParaView 5.7 or older versions)}

Epsilon V3.0

m.aguirre — 2022-08-24T15:04:54Z

Release date : 25/08/2022
See the installation procedure in the video tutorial section
IMPORTANT : Epsilon V3.0 is only compatible with ParaView versions based on Python 3 (i.e., ParaView 5.8 or newer versions)
See further details in the release notes.

Epsilon

PREVOT Marc — 2019-11-25T14:18:42Z

Epsilon is an open source tool to perform an aerodynamic analysis of CFD and WTT data. It was initially developed by ISAE-SUPAERO as a platform to implement and to further improve the exergy method. After significant development effort, the code has evolved and become a general purpose aerodynamic analysis tool suited for any application: industry, research and academics. It is freely accessible to anyone in order to spread the method across the world (GNU GPL V3 license). Our ambition is to promote the use of the exergy analysis as an everyday tool for aerodynamic designers.

01. Context and objectives
02. Architecture
03. Capabilities
04. Interface
05. Tools
06. Workflow
07. Data format

Exergy Crash Course

c.morzadec — 2019-11-21T15:06:01Z

In this section, a quick tutorial about the exergy method is provided. It is not intended to be an exhaustive academic formation but a fast initiation with the essentials concepts :

01. What's exergy?
02. Exergy and aerodynamics
03. Why use exergy

For further details about the exergy analysis and its applications in aerodynamics, we invite you to visit the video tutorial section and also, to join this project in Researchgate : Worldwide Exergy Community : aeronautics

This project intends to gather all the researchers, institutions and companies involved with the exergy method. Plenty of scientific publications are available there.