LabelMover (version 2.2)

Available analysis :

Robust Design is a method to achieve a suitable baseline design by using advanced tool. LabelMover tool suite allows this approach in finite elements analysis field.

Serial Analysis tool is the natural process to determine the influence of parameters by sweeping on a specific domain of values. The steps are given by the users.

Optimization is a more advanced tool to look for an optimum by the simultaneous change of several parameters. The steps are chosen by LabelMover.

Tolerance Analysis helps you to identify the critical tolerances by a statistical analysis such as production specifications. With a good level of confidence, it allows to limit the number of simulations too.

These three tools are perfectly integrated as their interfaces are identical. The choice of parameters is easy and results visualization are immediate : by table or graph.

Parameters variations, generalities

LabelMover interface

Serial Analysis ( Serial Analysis )

Serial Analysis allows you to generate series of QuickField problems with parameters variations.

All QuickField problem types
Coupled problems (electrical circuit included)
Independant changes of geometrical elements

Material properties changes
"Set to", "increase by" or "increase by %" values
Numerouss available results

Detailed view of each step in one click
Advanced functions

Parameters variations, serial analysis

Serial Analysis interface

Optimization ( Optimization )

LabelMover Optimization allows you to optimize the geometrical positions and sizes of the model parts or its physical properties.

Goal types : "Maximize", "Minimiz"e and "Close to"
The variables available are the same as in postprocessor
Variations available are the same as Serial Analysis
Direct visualisation of solution highlighted through a single clic
Max run settings

Parameters variations, optimization

Optimisation Interface

Tolerance Analysis ( Tolerance Analysis )

Tolerance Analysis is based on statistics according to normal distribution.

All QuickField problem type
Variation specs in accordance with a nominal value and tolerances
Two types of variation : properties and geometrical
Results as histograms
Statistical summary with rejection ratio

Parameters variations, tolerance analysis

Tolerance Analysis interface

Interfaces

Parameters variations, data input

You can launch LabelMover from QuickField

LabelMover button

Choice of parameters is done by brosing through the problem you have chosen to solve. You can easily chose physical, geometrical properties, transformations (translation, rotation...) and results to view.

Parameters variations, table results

Parameters variations, model access