home.md

-# SensoTwin Workflow Wiki
-**Example wiki**
-
-Repo: [SensoTwin Workflow Git](https://mygit.th-deg.de/tcf-public/sensotwin_workflow)
\ No newline at end of file
+[Header_SensoTwin_SW_Demonstrator_en_thin_final_HighRes](uploads/9ab87ca8de12c47398cdef7b5a82d197/Header_SensoTwin_SW_Demonstrator_en_thin_final_HighRes.png)
+
+# SensoTwin Workflow Wiki
+**Example wiki**
+
+Repo: [SensoTwin Workflow Git](https://mygit.th-deg.de/tcf-public/sensotwin_workflow)!
+
+# Software technical description
+
+The following software package was developed by the Project [SensoTwin](https://material-digital.de/project/5) and contains both the UI and python package versions of the remaining lifetime extrapolation of wind turbine installations.
+
+Workflow execution is based on the workflow framework [pyiron](https://pyiron.org) developed by the initiative [Plattform Material Digital](https://www.materialdigital.de/)
+
+Visualisation is based on [JupyterLab](https://jupyter.org) and [PyVista](https://pyvista.org) and [Matplotlib](https://matplotlib.org/) for 3D/2D data respectively.
+
+FEM simulation is achieved via [Calculix](https://www.calculix.de/).
+
+### Installation
+
+The system was developed and tested on Ubuntu 22.04, but contains no platform specific functionality. The used
+
+1. Install Conda/Mamba package manager (Mamba preferred)
+2. Clone Repository
+3. Create execution environment via install/env.yml
+
+    ```mamba env create -f install/env.yml```
+
+### Execution
+
+1. Activate execution environment
+
+    ```mamba activate sensotwin```
+
+2. Start JupyterLab
+
+    ```jupyter lab```
+
+3. Follow instructions at the top of the 5 numbered notebooks
+
+### Notebook summary
+1. Definition of material curing behaviour
+2. Definition of component manufactoring defects
+3. Configuration of operational parameters
+4. Execution of simulation and visualization of results
+5. Pure python example workflow with no UI for automation purposes