Examples created for SIMA 4.4
| Case | Description | Tags |
|---|---|---|
| Differentiation using JavaScript and workflow operator | This example show how you can use JavaScript or the workflow operator differentiation . The JavaScript’s can be used as basis for creating other functions. |
JavaScript |
| An editor to read and plot the content of an mpf-file | Running Riflex standalone an ascii-file of type mpf is created. This is an example on how you can read the file in SIMA. |
Standalone Riflex ascii mpf |
| Decay analysis | This example show how to do a decay analysis using static displacement and specified force | decay specified force displacement |
| OpenFAST model of the IEA 15 MW WT | NOTE: This is a draft version of the IEA 15 MW WT (based on the OpenFAST model). The implementation of a verified model is work in progress. The model includes the turbine only. The model is NOT verified. Before running the model: Open the file DISCON_< >.IN. Set the correct path to the file containing rotor performance tables (Cp,Ct,Cq). The name of the file is Cp_Ct_Cq.IEA15MW.txt |
wind IEA15MW |
| OpenFAST model of the IEA 15 MW WT - ROSCO v2.6.0 | NOTE: This is a draft version of the IEA 15 MW WT (based on the OpenFAST model). The implementation of a verified model is work in progress. The model includes the turbine only. The model is NOT verified. Version 2.6.0 of the ROSCO controller is used. A direct path for the performance file is not required in this new version. |
wind IEA15MW Rosco |
| Running analysis and post-processing | Running analysis and post-processing in two steps using workflow sets. Simple custom editor is included. Files are copied to folders, see workflows run_singlecase and wf_copy_files NOTE: The files are made available by making a list of files in the condition run -> File output, see run_singlecase |
Custom editior,post-process,copy files |
| Run model and calculate fatigue damage | Run a model for a set of sea states defined in an input file, see storage task ST_fatigue/input/. The fatigue damage is calculated for selected location along the riser, see worfklow FLS.run_loop -> FLS.wf_calcFatigue |
fatigue |