Add to ORKGAn ultrasonic bolt monitor based on the pseudo-continuous-wave principle has been designed and fabricated. This ultrasonic bolt monitor uses carrier phase detection to track the frequency of mechanical resonance of the bolt. In this thesis we have discussed theory and principle of this ultrasonic bolt monitor and also data on bolts of different material and geometry are reported
This paper presents a new methodology for noncontact measurement of the axial force of bolts in thei...
Stress affects the resonance properties of materials. A suitable technology and instrumentation for ...
The knowledge of the load in prestressed bolted connections is essential for the proper operation an...
Based on the acoustoelasticity theory, a certain relationship exists between ultrasonic velocity and...
The detection and monitoring of preload in bolting is an omnipresent need in structural mechanics wi...
The threaded fasteners are one of the most versatile methods for assembly of structural components. ...
An ultrasonic bolt gage is described which uses a crosscorrelation algorithm to determine a tension ...
Several factors affecting the ultrasonic determination of stress in bolts are examined which help to...
Ultrasonic P2L2 bolt monitor is a new industrial tool, developed at Langley Research Laboratory, whi...
In this paper, we report our findings on implementing a synthetic phased array surface acoustic wave...
A high temperature bolt stress monitor, based on the testing of the Transit Time of Longitudinal wav...
In photo, an engineer is using a new Ultrasonic Bolt Stress Monitor developed by NASA's Langley Rese...
A high temperature bolt stress monitor, based on the testing of the Transit Time of Longitudinal wav...
Although bolted joints represent one of the most common types of connections used in mechanical engi...
In structures most of fasteners are not critical for rigidity, however significant damage can occur ...
This paper presents a new methodology for noncontact measurement of the axial force of bolts in thei...
Stress affects the resonance properties of materials. A suitable technology and instrumentation for ...
The knowledge of the load in prestressed bolted connections is essential for the proper operation an...
Based on the acoustoelasticity theory, a certain relationship exists between ultrasonic velocity and...
The detection and monitoring of preload in bolting is an omnipresent need in structural mechanics wi...
The threaded fasteners are one of the most versatile methods for assembly of structural components. ...
An ultrasonic bolt gage is described which uses a crosscorrelation algorithm to determine a tension ...
Several factors affecting the ultrasonic determination of stress in bolts are examined which help to...
Ultrasonic P2L2 bolt monitor is a new industrial tool, developed at Langley Research Laboratory, whi...
In this paper, we report our findings on implementing a synthetic phased array surface acoustic wave...
A high temperature bolt stress monitor, based on the testing of the Transit Time of Longitudinal wav...
In photo, an engineer is using a new Ultrasonic Bolt Stress Monitor developed by NASA's Langley Rese...
A high temperature bolt stress monitor, based on the testing of the Transit Time of Longitudinal wav...
Although bolted joints represent one of the most common types of connections used in mechanical engi...
In structures most of fasteners are not critical for rigidity, however significant damage can occur ...
This paper presents a new methodology for noncontact measurement of the axial force of bolts in thei...
Stress affects the resonance properties of materials. A suitable technology and instrumentation for ...
The knowledge of the load in prestressed bolted connections is essential for the proper operation an...