Add to ORKGThe benefits of the additional measurement of rotational degrees of free-dom on the performance of the vibration diagnosis of bridges are studied in this paper. The common vibrational diagnostics that uses translational degrees of freedom is extended by measurements of rotations. The study is curried out on a footbridge and the presence of damage as well as its location and size is determined with use of FEM updating procedure. The results showed that rotational degrees of freedom significantly improve the effectiveness of the vibrational method
Measuring a very small rotational angle accurately and dynamically is indeed a challenging issue, es...
Footbridges are structures that may experience vibration amplification problems caused by pedestria...
The study of vibration data has always been a keen point of interest for researchers. Vibration anal...
The benefits of the additional measurement of rotational degrees of free-dom on the performance of t...
This is the author accepted manuscript. The final version is available from Routledge via the DOI in...
Vibration measurements and modal identification were performed on a footbridge as part of the commi...
This study proposes a new damage identification technique for condition assessment of bridge structu...
Abstract: The resilience of the built environment to extreme weather events is fundamental for the d...
As a new construction method, the bridge horizontal rotation construction method can reduce the impa...
Recent advances in radar systems have led to the development of radar interferometry (RI) methods fo...
Funder: University of CambridgeAbstract: Bridge Weigh-in-Motion (B-WIM) systems use the bridge respo...
Approximately 4,000 vehicle bridges in the State of Minnesota contain structural timber members. Rec...
On the basis of dynamic diagnosis equipment VDIK-1-10 of Russia and finite element method (FEM), the...
Structural Health Monitoring (SHM) aims to achieve early damage detection in bridges by characterizi...
The construction industry ranks in the back rows in terms of digitalization. The numerous existing b...
Measuring a very small rotational angle accurately and dynamically is indeed a challenging issue, es...
Footbridges are structures that may experience vibration amplification problems caused by pedestria...
The study of vibration data has always been a keen point of interest for researchers. Vibration anal...
The benefits of the additional measurement of rotational degrees of free-dom on the performance of t...
This is the author accepted manuscript. The final version is available from Routledge via the DOI in...
Vibration measurements and modal identification were performed on a footbridge as part of the commi...
This study proposes a new damage identification technique for condition assessment of bridge structu...
Abstract: The resilience of the built environment to extreme weather events is fundamental for the d...
As a new construction method, the bridge horizontal rotation construction method can reduce the impa...
Recent advances in radar systems have led to the development of radar interferometry (RI) methods fo...
Funder: University of CambridgeAbstract: Bridge Weigh-in-Motion (B-WIM) systems use the bridge respo...
Approximately 4,000 vehicle bridges in the State of Minnesota contain structural timber members. Rec...
On the basis of dynamic diagnosis equipment VDIK-1-10 of Russia and finite element method (FEM), the...
Structural Health Monitoring (SHM) aims to achieve early damage detection in bridges by characterizi...
The construction industry ranks in the back rows in terms of digitalization. The numerous existing b...
Measuring a very small rotational angle accurately and dynamically is indeed a challenging issue, es...
Footbridges are structures that may experience vibration amplification problems caused by pedestria...
The study of vibration data has always been a keen point of interest for researchers. Vibration anal...