Method, device, and graphical user interface for analysing a mechanical object

A method for analyzing a movement behavior of a mechanical object, comprising the steps of:

• carrying out multiple measurements of a mechanical movement, using position-based methods and/or force-based methods at a large number of measuring points on the mechanical object, the measurements of the mechanical movement each differing by one or more parameters influencing the measurements of a mechanical movement, wherein the one or more parameters includes a rotational speed of the mechanical object;
• wherein the mechanical object is a rotating blade disk mounted on a shaft;
• determining a first partial spectrogram on the basis of measurement data of the measurements of a mechanical movement and depending on a predefined parameter of the mechanical object for selection of the measurement data of the measurements;
• determining a second partial spectrogram on the basis of measurement data of the measurements of a mechanical movement and depending on a predefined parameter of the mechanical object for selection of the measurement data of a measurement;
• fusing the first partial spectrogram and the second partial spectrogram into a composite spectrogram;
• determining one or more excitations of the mechanical object;
• the excitations being maximum amplitudes for the spectrogram;
• displaying the excitations of the mechanical object in the composite spectrogram;
• and
• balancing the mechanical object.