Infrasense Evaluates Condition of Virginia Bridge Decks using Ground Penetrating Radar, Infrared Thermography, High-Res Video, HCP, Hammer Sounding, and Chloride Testing

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NORTHAMPTON, Va., Jan. 24, 2024 /PRNewswire-PRWeb/ -- Infrasense, Inc., a pioneering leader in advanced non-destructive evaluation techniques, has completed a comprehensive assessment of a pair of bridge decks in Virginia Beach, VA. This project showcases how different non-destructive evaluation methods can be brought together to get a complete picture of bridge deck conditions.

Metadata

Provider:

PR Newswire

Retrieved on:

Wednesday, January 24, 2024

Information

Tags:

SCS, Corrosion, Data analysis, Teledyne FLIR, ASTM, GPR, HRV, HCP

Geotags:

VIRGINIA, IR, VA

⚠ partially generated by AI ↴

Organisation:

INFRASENSE, INFRASENSE, INC.

Summary

Key Points:

The Phase 1 deck evaluations utilized a combination of vehicle-based ground penetrating radar (GPR), infrared thermography (IR) and high-resolution video (HRV) equipment operated at driving speeds.
Phase 2 testing included half-cell potential (HCP) measurements, hammer sounding, and chloride testing.
This project showcases how different non-destructive evaluation methods can be brought together to get a complete picture of bridge deck conditions.
Phase 1 involved the application of Ground Penetrating Radar (GPR), Infrared Thermography (IR), and High-Resolution Video (HRV) scanning surveys.

Infrasense Evaluates Condition of Virginia Bridge Decks using Ground Penetrating Radar, Infrared Thermography, High-Res Video, HCP, Hammer Sounding, and Chloride Testing

Infrasense recently conducted a multi-phase condition evaluation of a bridge deck pair in coastal Virginia. The Phase 1 deck evaluations utilized a combination of vehicle-based ground penetrating radar (GPR), infrared thermography (IR) and high-resolution video (HRV) equipment operated at driving speeds. Phase 2 testing included half-cell potential (HCP) measurements, hammer sounding, and chloride testing. The Phase 1 and 2 results were combined to produce a comprehensive assessment of the deck conditions.

NORTHAMPTON, Va., Jan. 24, 2024 /PRNewswire-PRWeb/ -- Infrasense, Inc., a pioneering leader in advanced non-destructive evaluation techniques, has completed a comprehensive assessment of a pair of bridge decks in Virginia Beach, VA. This project showcases how different non-destructive evaluation methods can be brought together to get a complete picture of bridge deck conditions.

The evaluation was conducted over two separate phases, employing a suite of non-destructive testing and methodologies. Phase 1 involved the application of Ground Penetrating Radar (GPR), Infrared Thermography (IR), and High-Resolution Video (HRV) scanning surveys. The GPR system, featuring a dual 1-GHz horn antenna, provided continuous data on rebar depth and concrete deterioration. Infrasense's proprietary software, winDECAR®, played a pivotal role in the GPR data analysis process. The IR and HRV surveys were carried out from a vehicle-based setup in sunny, warm conditions. The IR survey, adhering to ASTM D 4788 – 03, utilized a state-of-the-art FLIR Systems infrared camera, complemented by a 4K resolution visual camera. These technologies captured thermal variations on the deck surface corresponding to subsurface delaminations, as well as surface features including spalling and patching.

The Phase 2 testing, which was carried out by Siva Corrosion Services (SCS), included targeted chloride ion concentration testing, half-cell potential measurements, and chain drag/hammer sounding. The results of this testing were used to validate and supplement the Phase 1 deck scanning results.

The results of this two-phased approach provided a detailed assessment of the bridge decks' condition, including quantification of concrete deterioration, delamination, corrosion potential, chloride concentration, spalling, and patching. Notably, the results indicated that most of the deterioration occurred in localized areas of the decks, which were mapped out to scale. This condition analysis provided the client with actionable insights for targeted maintenance and rehabilitation strategies.

About Infrasense, Inc.
Since 1987, Infrasense, Inc. has applied advanced technologies to address the most difficult challenges in subsurface scanning. Infrasense engineers extract critical information using non-destructive methods from a diverse range of structures. In addition to providing ongoing subsurface evaluation services to clients across the country, the firm has also conducted numerous research programs to advance the field of subsurface detection and nondestructive evaluation. To learn more about Infrasense and the services we provide, visit our website:
http://www.infrasense.com

Media Contact

Ryan Grover, Infrasense, Inc., 781 281-1686, [email protected], Infrasense.com

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SOURCE Infrasense, Inc.