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Repository containing examples for Time Domain analyses for Floating Offshore Wind using Sesam. The repository contains various Jupyter notebook examples demonstrating how to run Sesam applications in a workflow including custom Python scripts using the Python library OneWorkflow developed by DNV.
The image below illustrates a typical Time Domain analysis workflow including a coupled analysis:
The following examples focus on the part of the workflow contained in the green box. They demonstrate various ways to read results for one or many design load cases from coupled analysis, then reconstruct the loads and run finite element analysis on the substructure, before doing fatigue and buckling checks.
Disclaimer: The example models and inputs are only used to serve as examples on how to run Sesam workflows using Python and Jupyter Notebooks. The models and their inputs have not been tuned to be realistic, therefore the results obtained in the Sesam analyses will also not be realistic. We will continue to improve both the examples and the example files to make them more realistic.
Note: For new users to Time
Direct Load Generation Tutorials and Examples
This folder contains tutorials and examples for Time Domain analyses for Floating Offshore Wind using Sesam, focusing on use of the Direct Load Generation workflow.
The image below illustrates a typical Sesam Time Domain analysis workflow:
The following examples focus on the part of the workflow contained in the green box. They demonstrate various ways to read results for one or many design load cases from coupled analysis, then reconstruct the loads and run finite element analysis on the substructure, before doing fatigue and buckling checks.
Disclaimer: The example models and inputs are only used to serve as examples on how to run Sesam workflows using Python and Jupyter Notebooks. The models and their inputs have not been tuned to be realistic, therefore the results obtained in the Sesam analyses will also not be realistic. We will continue to improve both the examples and the example files to make them more realistic.
For more information, including how to acquire the necessary software, and how to set up the Python and Jupyter Notebook environments, see the file in the parent folder.
These tutorials includ