Beam 3-point bending (Simulation)

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Here simulation analysis will be performed with the beam 3-point bending model.

Creation of a physical model

A physical model has to be defined to link the evaluator with the inputs. The newly created physical model looks as following:

Creation of the physical model.

The connector is added by clicking on the Plus.png of the Evaluator section. The following window appears:

Selection of the evaluator.

The Mio object is selected. The inputs and outputs of the physical model are automatically set.

Creation of the physical model.

The model will be used for uncertainties quantification using Monte Carlo simulation. The analysis is started by clicking on the run icon (Run.png) on the top right corner of the editor.


Deterministic analysis

A deterministic analysis can be run in order to test whether the model has been defined correctly and to generate the output files. Select a Design of experiment analysis, and then Deterministic analysis.

Start of a deterministic analysis.

Once the deterministic is successful performed, Monte Carlo simulation is performed.

Monte Carlo simulation

The model previously defined is used to preform a Monte Carlo simulation using 5000 samples.

Wizard of the simulation analysis. Start of a Monte Carlo simulation with 100 samples

Pressing next the High Performance Configuration must be set (see Beam 3-point bending (HPC))

Results

To display the results, double click on the SimulationData object available on the context menu.

Mcs context.png


The editor for the outputs is displayed. Plots can be created from the editors by selecting the quantity of interest among the list of available data and selecting the kind of plot in the section Available actions.

Plot resu mcs.png

See Also

Beam 3-point bending (Presentation)

Beam 3-point bending (Inputs Preparation)

Beam 3-point bending (Evaluator)

Beam_3-point_bending_(Simulation)

Beam 3-point bending (Reliability)