Add to ORKGTwo small (90 mm) angle encoders were tested back to back to assess sizes of highfrequency components of error. The results showed errors well below 0.1 seconds of arc at the rotation multiples likely to be relevant for gear noise and vibration testing.
Manufacturer of an encoder gives an information about maximum error level of the measured position a...
Due to geometrical imperfections in gears and finite tooth stiffnesses, the motion transmitted from ...
This paper deals with an analysis of the transmission error. For this purpose, the measuring loop wa...
The purpose of this research is to predict transmission error under loading conditions in high accur...
International audienceWe evaluated in this paper an improved technique to measure Gear Transmission ...
The prime source of vibration and noise in a gear system is the transmission error between the meshi...
Gears are key-components of any mechanical systems containing transmissions and drivelines. Widely u...
© 2018 Elsevier Ltd Gear Transmission Error (TE) is often considered as the main cause of gear whine...
Incremental angle encoders are widely used in industry as a standard sensor to measure rotational ax...
A system directly measuring the transmission error between the meshing spur or helical gears was ins...
The measurement of transmission error is essential for development work and trouble-shooting in gear...
International audienceThe encoder is the only sensor needed to perform Instantaneous angular speed (...
Transmission error (TE) is recognized as one of the most important causes of gear acoustic emissions...
To strengthen the understanding of gear transmission error and to verify mathematical models which p...
This master’s thesis deals with the determination of the transmission error in spiral bevel gears an...
Manufacturer of an encoder gives an information about maximum error level of the measured position a...
Due to geometrical imperfections in gears and finite tooth stiffnesses, the motion transmitted from ...
This paper deals with an analysis of the transmission error. For this purpose, the measuring loop wa...
The purpose of this research is to predict transmission error under loading conditions in high accur...
International audienceWe evaluated in this paper an improved technique to measure Gear Transmission ...
The prime source of vibration and noise in a gear system is the transmission error between the meshi...
Gears are key-components of any mechanical systems containing transmissions and drivelines. Widely u...
© 2018 Elsevier Ltd Gear Transmission Error (TE) is often considered as the main cause of gear whine...
Incremental angle encoders are widely used in industry as a standard sensor to measure rotational ax...
A system directly measuring the transmission error between the meshing spur or helical gears was ins...
The measurement of transmission error is essential for development work and trouble-shooting in gear...
International audienceThe encoder is the only sensor needed to perform Instantaneous angular speed (...
Transmission error (TE) is recognized as one of the most important causes of gear acoustic emissions...
To strengthen the understanding of gear transmission error and to verify mathematical models which p...
This master’s thesis deals with the determination of the transmission error in spiral bevel gears an...
Manufacturer of an encoder gives an information about maximum error level of the measured position a...
Due to geometrical imperfections in gears and finite tooth stiffnesses, the motion transmitted from ...
This paper deals with an analysis of the transmission error. For this purpose, the measuring loop wa...