Infrasense recently completed nondestructive testing of a concrete tunnel liner using various NDT methods. The objective of this testing was to assess the condition of the concrete and confirm the presence of grout behind the liner. If you have any upcoming projects where we might be able to help, we’d be happy to hear from…
DetailsInfrasense was recently in Connecticut completing nondestructive testing to map elements of an unknown bridge foundation, including the footing and underlying piles. If you have upcoming projects where having bridge as-built information would be useful, we would be happy to help!
Infrasense is off to a busy start in 2023! We kicked things off with our annual company retreat the first week of January where we had sessions on internal R&D, equipment, software, new capabilities, project execution/ management, and other topics. The following week a group of us headed to Washington D.C. for the Transportation Research…
DetailsInfrasense just completed data collection for a concrete structure evaluation project on a building in Revere, MA. Ground penetrating radar was used to scan over 50,000 sq. ft. of concrete slab, spanning several floors. Data collected will be used to identify the spacing and depth of reinforcing steel bars and identify other targets such as…
DetailsInfrasense had the opportunity to visit Arizona last week while completing GPR pavement thickness surveys on over 1,200 lane miles of major highways throughout the state. We are happy to be working as a subcontractor to the International Cybernetics Company (ICC) as part of their ongoing Statewide Geospatial Roadway Data Collection and Inventory Project.
Infrasense has been busy the last couple of weeks completing non-destructive scanning of parking structures in MA and NJ. The results of these surveys include maps of concrete deterioration, rebar depth, and rebar spacing/layout. If you have an upcoming project where these capabilities would be of value, please email us at opps@infrasense.com
Infrasense recently completed ground penetrating radar (GPR), infrared thermography (IR), and high-resolution video (HRV) data collection on a pair of decks in southeastern Virginia. These datasets will be used to quantify and map rebar-level delaminations, corrosion activity, spalling, and patching. Additional testing, including targeted coring, chloride sampling, and half-cell potential (HCP), will be carried out…
DetailsInfrasense was recently in Plattsburgh, NY to complete a GPR survey to identify embedded trolley tracks and any other obstructions within the pavement in preparation for an upcoming construction project. Mobilization to the project site included taking a ferry across Lake Champlain, from Grand Isle, VT to Plattsburgh, NY! If you have an upcoming project…
DetailsInfrasense has been busy with falling weight deflectometer (FWD) testing in MA, NH, and NJ over the past couple of months, completing testing along 15 state highway project sections. The FWD data is combined with ground penetrating radar (GPR) data and the resulting outputs include pavement layer moduli, pavement layer thicknesses, subgrade resilient modulus, effective…
DetailsInfrasense was recently out in Big Sky Country scanning 31 bridge decks primarily located between Missoula and Glendive, Montana. The deck condition evaluations utilized a combination of ground penetrating radar, infrared thermography, rapid automated sounding, and high-resolution visual methods. Targeted locations will also be tested for chloride ion concentration on select decks.
