rfid tags for detecting concrete degradation in bridge decks The Institute for Transportation at Iowa State University has released a report that explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors of steel reinforcing bar on bridge decks.
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0 · RFID Tags for Detecting Concrete Degradation in Bridge Decks,
1 · RFID Tags for Detecting Concrete Degradation in Bridge Decks
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RFID Tags for Detecting Concrete Degradation in Bridge Decks,
This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion .This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion .This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors. RFID tags, when embedded in concrete, will fail due to corrosion in the same manner as reinforcing steel after prolonged exposure to salt water. In addition, the presence of salt water in
RFID Tags for Detecting Concrete Degradation in Bridge Decks
This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors. RFID tags, when embedded in concrete, will fail due to corrosion in the same manner as rebar after prolonged exposure to salt water.
The Institute for Transportation at Iowa State University has released a report that explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors of steel reinforcing bar on bridge decks. The Institute for Transportation at Iowa State University has released a report that explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors of steel reinforcing bar on bridge decks.
Figure 1. Mutual inductance in RFID near field communication - "RFID Tags for Detecting Concrete Degradation in Bridge Decks"RFID Tags for Detecting Concrete Degradation in Bridge Decks
This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors. RFID tags, when embedded in concrete, will fail due to corrosion in the same manner as rebar after prolonged exposure to salt water. To embed sensors for a long time in concrete, an exact preparation is required. In this paper, we identify Radio-Frequency Identification (RFID) as promising technology for monitoring of concrete structures.This paper presents the basic design of RFID sensors systems for embedding in concrete and first results from experiments that are performed to compare both RFID systems (HF and UHF) in defined scenarios, particularly embedded in concrete with variation of the installation depth and concrete moisture content.Steel reinforcing bar (rebar) corrosion due to chlorine ingress is the primary degradation mechanism for bridge decks. In areas where rock salt is used as a de-icing agent, salt water seeps into the .
This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors. RFID tags, when embedded in concrete, will fail due to corrosion in the same manner as reinforcing steel after prolonged exposure to salt water. In addition, the presence of salt water inThis project explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors. RFID tags, when embedded in concrete, will fail due to corrosion in the same manner as rebar after prolonged exposure to salt water.The Institute for Transportation at Iowa State University has released a report that explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors of steel reinforcing bar on bridge decks. The Institute for Transportation at Iowa State University has released a report that explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors of steel reinforcing bar on bridge decks.
Figure 1. Mutual inductance in RFID near field communication - "RFID Tags for Detecting Concrete Degradation in Bridge Decks"RFID Tags for Detecting Concrete Degradation in Bridge Decks This project explores the use of radio frequency identification (RFID) tags as low-cost corrosion sensors. RFID tags, when embedded in concrete, will fail due to corrosion in the same manner as rebar after prolonged exposure to salt water. To embed sensors for a long time in concrete, an exact preparation is required. In this paper, we identify Radio-Frequency Identification (RFID) as promising technology for monitoring of concrete structures.
This paper presents the basic design of RFID sensors systems for embedding in concrete and first results from experiments that are performed to compare both RFID systems (HF and UHF) in defined scenarios, particularly embedded in concrete with variation of the installation depth and concrete moisture content.
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rfid tags for detecting concrete degradation in bridge decks|RFID Tags for Detecting Concrete Degradation in Bridge Decks,