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Exact(9)
We have found the error caused by this batch approach to be quite large.
Through predicting the deformation of the matching of LSFH and cutting tool, the machining error caused by this deformation can be predicted.
In order to minimize the error caused by this approximation, the current model is calibrated using femtocell measurements recorded in a real environment (see Section 5).
This simplifies the analysis, but quantitative estimates of the idealization error, the analysis error caused by this idealization, are necessary if the results are to be of practical use.
The deformation of the LSFH and cutting tool are predicted, and at the same time the machining error caused by this deformation are predicted too based on the milling force prediction model and the finite element model.
Hence, we think that the error caused by this omission is unlikely to be large.
Similar(51)
We here confirmed the potential error caused by the topography.
Another possible error caused by the bit-width reduced FPU.
The error caused by the proposed procedure (below 1%) was negligible compared with the error caused by the selection of the daylight simulation algorithm (approximately 5%).
The calculation formula of non-linear error caused by the strain gradient was derived.
At last, the crossing error caused by the high order diffraction spots is analyzed.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com