In March 2010, four days of GNSS data were gathered on the Severn Suspension Bridge. The GNSS antennas were located on the tops of the four support towers, as well as five locations on the suspension cables. The Severn Bridge has a main suspended span of 998m long. The GNSS data were gathered at rates of 10Hz and 20Hz between the 10th to the 12th and on the morning of the 18th March 2010. In addition to the GNSS data, the air and steel temperatures were gathered every 10 minutes. The GNSS data were processed in an On The Fly manner relative to a reference GNSS receiver located on a solid building adjacent to the Bridge
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
In March 2010, four days of GNSS data were gathered on the Severn Suspension Bridge. The GNSS antenn...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
In March 2010, four days of GNSS data were gathered on the Severn Suspension Bridge. The GNSS antenn...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
The use of GNSS for the deflection monitoring of large bridges has been an ongoing field of research...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
The use of GNSS for the deflection monitoring of large bridges has been an ongoing field of research...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
In March 2010, four days of GNSS data were gathered on the Severn Suspension Bridge. The GNSS antenn...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
In March 2010, four days of GNSS data were gathered on the Severn Suspension Bridge. The GNSS antenn...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
The use of GNSS for the deflection monitoring of large bridges has been an ongoing field of research...
Global Navigation Satellite System (GNSS) data were gathered on the 998-m-long Severn Suspension Bri...
The use of GNSS for the deflection monitoring of large bridges has been an ongoing field of research...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...
The vertical deformation monitoring of a suspension bridge tower is of paramount importance to maint...