Making bridges safer and smarter by combining sensors, A.I., and advanced data analysis to provide accurate structural health monitoring.
Alleviate the shortcomings of traditional SHM. Measure stiffness of a bridge using advanced analysis to correlate it to the structure itself, providing real conclusions to overall bridge integrity.
Benefits.
Understand bridge health and integrity based on structural stifness
Detect and locate global damage over time (at the foundation, piers, deck, and superstructure) from sensors deployed only at the deck-level
Rank the health of bridges and sub-structural systems within a bridge
Reduce maintenance and retrofit costs by increasing the service life of bridges
LATCHFORD
BRIDGE
Latchford, Canada
CHAMPLAIN
BRIDGE
Montreal, Canada
WHITEWATER CUTOFF BRIDGE
California, U.S.A
SWING BRIDGE
Manitoulin Island, Canada
JONATHAN MOORE PIKE BRIDGE
Indiana, U.S.A
REVERSING FALLS BRIDGE
Saint John, Canada
FRIJOLILLO
BRIDGE
Mexico
ROBERT N. STEWART BRIDGE
Indiana, U.S.A
JACQUES CARTIER BRIDGE
Montreal, Canada
THOUSAND-ISLANDS BRIDGE
Kingston, Canada
Q & A with
How was your experience working with Sensequake?
The tests were done at the time and the locations defined. The instrumentation provided by Sensequake was in-line with our expectations. Sensequake’s deliverables were of high quality: the presentation of the results was very clear; the results were complete and in line with our expectations.
The communication with Sensequake was good throughout the entirety of the project. Sensequake was always available to answer our questions
CHAMPLAIN BRIDGE ICE CONTROL BRIDGE
Montreal, Canada
HILLSBOROUGH RIVER BRIDGE
Charlottetown, Canada
WHITEWATER TRUSS BRIDGE
Indiana, U.S.A
HURON STREET BRIDGE
New Hamburg, Canada
BURNSTOWN BRIDGE
Burnstown, Canada
MISSINAIBI RIVER BRIDGE
Cochrane, Canada
LATCHFORD BRIDGE
Latchford, Canada
MACKENZIE TWIN BRIDGES
Thunder Bay, Canada
What Clients Say
"Sensequake's analysis solution provided quantifiable input on the in-situ performance of a bridge exhibiting severe deterioration. The vibration and stiffness properties provided a strong indication of the reliability of the structure and supported the owner's holding strategy until the planned replacement date.
Sensequake's report and presentations were thorough and presented findings of the analysis clearly. This technology has big potential in our industry to add value for clients and mitigate risk on critical infrastructure"
Ogden Pedestrain Bridge
William Van Ruyven, P.Eng.
Lead Bridge Engineer
PIC RIVER
BRIDGE
Thunder Bay, Canada
ERB'S ROAD BRIDGE
Philipsburg, Canada
JACQUES CARTIER BRIDGE SIDE SPAN C
Montreal, Canada
JACQUES CARTIER BRIDGE SIDE SPAN A
Montreal, Canada
LAKESHORE DRIVE BRIDGE
North Bay, Canada
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BURKETON CP BRIDGE
Burketon Station, Canada
SOUTH MUSKOKA RIVER SBL
Bracebridge, Canada
HIGHWAY BRIDGE
Halifax, Canada
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CLARKSBURG BRIDGE
Grey County, Canada
OGDEN PEDESTRIAN BRIDGE
Mississauga, Canada
ISABEY PEDESTRIAN BRIDGE
Montreal, Canada
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