Reference+ Experimental Modal Analysis Optimal Reference Point Decision Tool

basic information

- AI detects optimal reference points for impact measurement. - Even inexperienced users can quickly obtain highly reliable results (no specialized knowledge required). - Guided workflow from implementation of the measurement system to determination of optimal reference points. - Graphic support for front-end and sensor settings to ensure reliability of measurement setup. - Visual and acoustic feedback for checks during each excitation (automatic detection of excitation failures). - User interface with clearly laid out result display and control diagrams. - Automatic calculation and evaluation of transfer functions, detection of optimal reference points using integrated neural networks (no need for manual analysis steps or comparison with high-quality simulation results). - Seamless integration into the structural analysis package of ArtemiS SUITE.

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Applications/Examples of results

One of the most important steps in preparing for impact measurement is determining the reference points. The purpose of selecting reference points is to adequately capture all relevant modes of the chosen points. The decision-making process is often based on individual experience, numerical simulations, or visual assessments of measurement data. However, this approach can be very labor-intensive and prone to errors. Choosing the wrong reference point can lead to modes being missed or insufficient detection, which may adversely affect the quality of the results. These errors are often not recognized until the later stages of modal analysis, and in the worst case, modes may not appear in any transfer function and go completely unrecognized. Making corrections or repeating modal analysis measurements is a waste of time and cost.