OpenSRANE documentation

Open System for Risk Assessment of NaTech Events

Latest News

• New Version Has been released (Version 0.1.4) 11/15/2024 (ATTENTION: You should use Python version 3.12.3 for this package and for other versions the released package won’t work)

• New update and loading approach (Ordinary approach) and commands are added to Objs_recorder_loader subpackage. 4/23/2024

• MergeSavedFiles option added to Analyze subpackage commands. 4/23/2024

• New version of OpenSRANE (Version 0.0.4) Released. 3/21/2024

• Rapid_N_Poolfire_point_source added to PhysicalEffect subpackage. 3/21/2024

• fire_point_source and Simple_fire_point_source commands are modified and Radiative_Fraction added to them. 3/21/2024

• ConstIM added to Hazard subpackage. 3/09/2024

• Spherical Tank element added to PlantUnits subpackage. 12/23/2023

• Liquefied Petroleum Gas (LPG) Material added to data bank of materials. 12/23/2023

• First Article of OpenSRANE Released. 11/25/2023

• Verification of PhysicalEffect verification section completed. Date: 11/18/2023

• Verification of VCE_TNT added to the documentation. Date: 11/18/2023

• Verification of fire_point_source added to the documentation. Date: 11/17/2023

• Verification of DispersionSpreadModels added to the documentation. Date: 11/10/2023

OpenSRANE is an open-source, extensible, flexible and object-oriented software for calculating the quantitative risk of NaTech events in process plants. For performing NaTech analysis using OpenSRANE, Python popular scripting language has been extended, by extended we mean additional commands have been added to the languages.

The OpenSRANE Documentation for using the software and getting familiar with the framework of the software and the platform (OpenSRANE Github) that the package has been located and presented are described here. This documentation is divided to two parts. In the first part (Users Guideline) the procedure of modelling and usage of the program has been described for users and steps of modelling has been explained. In the second part (Developers Guideline) the OpenSRANE framework is described for developers wishing to create their own applications or extend the existing applications.

Users Guideline

• Installation and Token
• System of units
• Modeling Steps
• Modeling commands
• Plotting tools
• Post Processing
• Examples
• Verifications

Developers Guideline

• Source Code
• Building Application
• Extending Application
• Contributing Code & Documentation
• Issues
• References