Many vibration engineers are now familiar with single beam Laser Vibrometers which are suitable for translational vibration measurements but fewer are familiar with Laser Vibrometers with a pair of parallel probe beams which are used for rotational vibration measurements. This paper explains why the parallel beam configuration is so effective, comparing this with early uses of cross-beam arrangements and concluding with an application of these so-called ‘Rotational Vibrometers’ in the evaluation of a torsional absorber using modal analysis
This paper builds on a previous study in which the theoretical description of the velocity sensed by...
It is readily accepted that a laser vibrometer measures target velocity in the direction of the inci...
It is readily accepted that a Laser Vibrometer measures target velocity in the direction of the inci...
Laser Doppler vibrometry is now a well established experimental technique and commercially available...
This paper builds on a previous study of the velocity sensed by a single laser vibrometer beam incid...
This paper presents a comprehensive analysis of the velocity sensed by a single laser vibrometer bea...
Commercially available Laser Doppler vibrometers are typically configured with a single beam to meas...
Based on the principles of laser Doppler velocimetry, the laser torsional vibrometer (LTV) was devel...
Vibration measurements on rotating surfaces are often referred to in ·the commercial literature as a...
A new technique is proposed for noncontact measurement of bending vibration directly from a rotating...
Background: Laser Doppler vibrometry is now a well established technique enabling noncontact vibrati...
Laser Doppler Vibrometry is now a well-established and commercially viable technique enabling non-co...
Parallel beam laser vibrometers offer direct measurement of pitch and yaw vibration directly from ro...
A novel modification and use of the optical geometry which is used as the basis for the Laser Torsio...
Pseudo-vibration sensitivities in laser vibrometry are the consequence of measurement noise generate...
This paper builds on a previous study in which the theoretical description of the velocity sensed by...
It is readily accepted that a laser vibrometer measures target velocity in the direction of the inci...
It is readily accepted that a Laser Vibrometer measures target velocity in the direction of the inci...
Laser Doppler vibrometry is now a well established experimental technique and commercially available...
This paper builds on a previous study of the velocity sensed by a single laser vibrometer beam incid...
This paper presents a comprehensive analysis of the velocity sensed by a single laser vibrometer bea...
Commercially available Laser Doppler vibrometers are typically configured with a single beam to meas...
Based on the principles of laser Doppler velocimetry, the laser torsional vibrometer (LTV) was devel...
Vibration measurements on rotating surfaces are often referred to in ·the commercial literature as a...
A new technique is proposed for noncontact measurement of bending vibration directly from a rotating...
Background: Laser Doppler vibrometry is now a well established technique enabling noncontact vibrati...
Laser Doppler Vibrometry is now a well-established and commercially viable technique enabling non-co...
Parallel beam laser vibrometers offer direct measurement of pitch and yaw vibration directly from ro...
A novel modification and use of the optical geometry which is used as the basis for the Laser Torsio...
Pseudo-vibration sensitivities in laser vibrometry are the consequence of measurement noise generate...
This paper builds on a previous study in which the theoretical description of the velocity sensed by...
It is readily accepted that a laser vibrometer measures target velocity in the direction of the inci...
It is readily accepted that a Laser Vibrometer measures target velocity in the direction of the inci...