Datasets Comparison
Version 1
Self-sensing active tool vibration control input signals
Description
1. File 1 is a tangential cutting force signal frequency-shifted to 2050Hz bending mode and sampled at 15kHz. Static force component removed.
2. File 2 is the signal of file 1 filtered with band-pass of 100Hz bandwidth with 2050 Hz center frequency and resampled at 100kHz. Static force component removed.
3. File 3 is the signal of file 1 filtered with band-pass of 200Hz bandwidth with 2050 Hz center frequency and resampled at 100kHz. Static force component removed.
Steps to reproduce
Any Matlab version that can load .mat files of version R2007b into its workspace can also load these files into its workspace and then the data will be available for simulation or any other processing.
Institutions
University of Pretoria
Categories
Mechatronics, Vibration Control
Licence
Creative Commons Attribution 4.0 International
Version 2
Self-sensing active tool vibration control input signals
Description
1. File 1 is a tangential cutting force signal frequency-shifted to 2050Hz bending mode and sampled at 15kHz. Static force component removed.
2. File 2 is the signal of file 1 filtered with band-pass of 100Hz bandwidth with 2050 Hz center frequency and resampled at 100kHz. Static force component removed.
3. File 3 is the signal of file 1 filtered with band-pass of 200Hz bandwidth with 2050 Hz center frequency and resampled at 100kHz. Static force component removed.
Steps to reproduce
Any Matlab version that can load .mat files of version R2007b into its workspace can also load these files into its workspace and then the data will be available for simulation or any other processing.
Institutions
University of Pretoria
Categories
Mechatronics, Vibration Control
Licence
Creative Commons Attribution 4.0 International