PHYSICAL EXPERIMENTS?
Try with modeFRONTIER®!
DESIGN OF EXPERIMENT
modeFRONTIER® can assist in preparing and executing a given number of experiments in order to maximize knowledge acquisition.
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META-MODELING
Constructing useful meta-models starting from a reduced number of experiments is a complex task.
Mathematical and physical soundness, computational costs and prediction errors are not the only points to take into account when developing meta-models. |
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Ergonomics of the software have to be considered in a wide sense. Engineers would like to grasp the general trends in the phenomena, especially when the behaviour is nonlinear. Moreover, engineers would like to re-use their experience, in order to spread the possible advantages on different projects. modeFRONTIER® makes the meta-modeling approach easy to be used.
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DATA MINING
modeFRONTIER® contains methodologies and charts that simplify and reduce linear and non-linear multidimensional data to much more easy to read charts. |
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Among the most modern tools for this purpose are the so-called Self-Organizing Maps (SOMs) which provide a simplified view of the complex high dimensional data set. Furthermore, modeFRONTIER® contains tools for hierarchical and partitive clustering, multi-dimensional scaling, principal component analysis as well as other tools and charts for multivariate analysis.
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Indesit Company:
38% time savings on experimental campaigns of a full-glass oven using modeFRONTIER® |
Sulzer Pumps Ltd:
Pump impellers design process is significantly reduced in time while preserving high quality. |
ABB High Voltage Products:
Improvements in circuit breakers components design. Maximum force for a damper reduced by 30% taking into account all the design constraints. |
